21910902 Steering cylinder Volvo.Penta
D3-110I-H; D3-140A-H; D3-140I-H, SX-A; DPS-A; DPS-B, V6-200-C-G; V6-240-C-G; V6-280-C-G, V6-200-G; V6-240-G; V6-280-G, V6-240-CE-G; V6-280-CE-G, V6-240-CE-J; V6-280-CE-J, V6-280-C-J; V6-240-C-J; V6-200-C-J, V6-280-J; V6-240-J; V6-200-J, V8-300-C-G; V
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munirater Power Steering Actuator Ram Cylinder Assembly 21910902 3812269
munirater Part Number - 3850244 3854878 3856710 3856716 3858128 3860726 3860883 3862210 3862513 || Function - This power actuator cylinder is always designed for car owners who need better control in various road conditions. With this actuator, bad weather will work normally || Feature - The housing is strong and good durability || Packaging Includes - As shown || Servise - Please link us in time if you have any questions. We are happy to help you
munirater Part Number - 3850244 3854878 3856710 3856716 3858128 3860726 3860883 3862210 3862513 || Function - This power actuator cylinder is always designed for car owners who need better control in various road conditions. With this actuator, bad weather will work normally || Feature - The housing is strong and good durability || Packaging Includes - As shown || Servise - Please link us in time if you have any questions. We are happy to help you
Power Steering Cylinder Replacement for Volvo Penta XDP XXP XHP SX-M SX-A DPS-A DPS-B D3 Series 3812269 21910902 3860883 3862210 3862513 3860726
Lapvier 【Part number】: 3812269, 21910902, 3860883, 3862210, 3862513, 3860726. When the plastic piston shaft of the power steering cylinder fails or the seal fails, you need to replace the power steering cylinder as soon as possible. || 【Fitments Models】: Compatible with Volvo Penta XDP-B, X-B, X-BLT, XHP-B, XHP-BLT, XXP-A, XXP-ALT, XXP-D3, XDP-B 1.78, XDP-B 1.95, XDP-B 2.32, XDP-D3 2.11; || 【Fitments Models】: Compatible with Volvo Penta SX-M, SX-MACLT, SX-MBAC, SX-MHP; DPS-A, DPS-B, DPS-A OXi, DPS-B OX, SX-A 1.43, SX-A 1.51, SX-A 1.60, SX-A 1.66, SX-A 1.79, SX-A 1.89, SX-A 1.97, SX-A 2.18; || 【Fitments Models】: Compatible with Volvo Penta D3-110I-D, D3-110I-E, D3-110I-F, D3-140I-E, D3-140I-F, D3-150I-D, D3-140A-D, D3-140-A-E, D3-140A-E, D3-140A-F, D3-150I-E, D3-150; || 【Notice】: To make sure Penta Steering Cylinder can fit perfectly, please read item description and check item pictures and part number of your part.
Lapvier 【Part number】: 3812269, 21910902, 3860883, 3862210, 3862513, 3860726. When the plastic piston shaft of the power steering cylinder fails or the seal fails, you need to replace the power steering cylinder as soon as possible. || 【Fitments Models】: Compatible with Volvo Penta XDP-B, X-B, X-BLT, XHP-B, XHP-BLT, XXP-A, XXP-ALT, XXP-D3, XDP-B 1.78, XDP-B 1.95, XDP-B 2.32, XDP-D3 2.11; || 【Fitments Models】: Compatible with Volvo Penta SX-M, SX-MACLT, SX-MBAC, SX-MHP; DPS-A, DPS-B, DPS-A OXi, DPS-B OX, SX-A 1.43, SX-A 1.51, SX-A 1.60, SX-A 1.66, SX-A 1.79, SX-A 1.89, SX-A 1.97, SX-A 2.18; || 【Fitments Models】: Compatible with Volvo Penta D3-110I-D, D3-110I-E, D3-110I-F, D3-140I-E, D3-140I-F, D3-150I-D, D3-140A-D, D3-140-A-E, D3-140A-E, D3-140A-F, D3-150I-E, D3-150; || 【Notice】: To make sure Penta Steering Cylinder can fit perfectly, please read item description and check item pictures and part number of your part.
DanVard 21910902 Power Steering Cylinder Compatible with Volvo Penta SX-M XDP XXP XHP SX DPS DPS D3 Replace 3812269 3850244 21910902 3860883 3862513 3862210 3860726
DanVard 【DIRECT REPLACEMENT】 Replace your power steering cylinder with a more cost-effective option that is a direct replacement for Volvo Penta 21910902. It is manufactured to OE specifications, ensuring a perfect 1:1 fit. Rest assured – this replacement will restore your boat to normal operation. || 【FITMENT】Compatible with Volvo Penta models: XDP-B, X-B, X-BLT, XHP-B, XHP-BLT, XXP-A, XXP-ALT, XXP-D3, XDP-B 1.78, XDP-B 1.95, XDP-B 2.32, XDP-D3 2.11 TSKs, SX-M, 1998-2005, SX-M, SX-MLT, SX-MDA, SX-MDB, SX-MHP, SX-MACLT, SX-MAC, SX-MDC, SX-MBAC TSKs, SX-M, 2006-2008, SX-M, SX-MACLT, SX-MBAC, SX-MHP SX-A, DPS-A, DPS-B, DPS-A OXi, DPS-B OX, SX-A 1.43, SX-A 1.51, SX-A 1.60, SX-A 1.66, SX-A 1.79, SX-A 1.89, SX-A 1.97, SX-A 2.18, D3-110I-D, D3-110I-E, D3-110I-F, D3-140I-E, D3-140I-F, D3-150I-D, D3-140A-D, D3-140-A-E, D3-140A-E, D3-140A-F, D3-150I-E, D3-150. || 【Replaces part number】 21910902 3850244 3812269 21910902 3860883 3862513 3862210 3860726 || 【NOTE】 After passing the test without leakage, it is shipped out of the factory. Installation instructions are not included. Please install it professionally. || 【HASSLE FREE SERVICE】 DANVARD take customer experience very seriously, If you have any questions about this power steering actuator, please feel free to contact us, we will get back to you within 12 hours, Any troubles will be solved satisfactorily.
DanVard 【DIRECT REPLACEMENT】 Replace your power steering cylinder with a more cost-effective option that is a direct replacement for Volvo Penta 21910902. It is manufactured to OE specifications, ensuring a perfect 1:1 fit. Rest assured – this replacement will restore your boat to normal operation. || 【FITMENT】Compatible with Volvo Penta models: XDP-B, X-B, X-BLT, XHP-B, XHP-BLT, XXP-A, XXP-ALT, XXP-D3, XDP-B 1.78, XDP-B 1.95, XDP-B 2.32, XDP-D3 2.11 TSKs, SX-M, 1998-2005, SX-M, SX-MLT, SX-MDA, SX-MDB, SX-MHP, SX-MACLT, SX-MAC, SX-MDC, SX-MBAC TSKs, SX-M, 2006-2008, SX-M, SX-MACLT, SX-MBAC, SX-MHP SX-A, DPS-A, DPS-B, DPS-A OXi, DPS-B OX, SX-A 1.43, SX-A 1.51, SX-A 1.60, SX-A 1.66, SX-A 1.79, SX-A 1.89, SX-A 1.97, SX-A 2.18, D3-110I-D, D3-110I-E, D3-110I-F, D3-140I-E, D3-140I-F, D3-150I-D, D3-140A-D, D3-140-A-E, D3-140A-E, D3-140A-F, D3-150I-E, D3-150. || 【Replaces part number】 21910902 3850244 3812269 21910902 3860883 3862513 3862210 3860726 || 【NOTE】 After passing the test without leakage, it is shipped out of the factory. Installation instructions are not included. Please install it professionally. || 【HASSLE FREE SERVICE】 DANVARD take customer experience very seriously, If you have any questions about this power steering actuator, please feel free to contact us, we will get back to you within 12 hours, Any troubles will be solved satisfactorily.
Compatible models:
D3-110I-H; D3-140A-H; D3-140I-H
SX-A; DPS-A; DPS-B
V6-200-C-G; V6-240-C-G; V6-280-C-G
V6-200-G; V6-240-G; V6-280-G
V6-240-CE-G; V6-280-CE-G
V6-240-CE-J; V6-280-CE-J
V6-280-C-J; V6-240-C-J; V6-200-C-J
V6-280-J; V6-240-J; V6-200-J
V8-300-C-G; V8-350-C-G; V8-350-C-H
V8-300-CE-G; V8-300-CE-H; V8-350-CE-G
V8-300-CE-J; V8-350-CE-J
V8-350-C-D; V8-380-C-D
V8-350-C-J; V8-300-C-J
V8-350-CE-D; V8-380-CE-D; V8-430-CE-D
V8-380-C-A; V8-380-C-B
V8-380-C-J; V8-430-C-J
V8-380-CE-A
V8-380-CE-G; V8-430-CE-G
Volvo.Penta
Volvo Penta entire parts catalog list:
- Steering Cylinder » 21910902
V6-200-C-G; V6-240-C-G; V6-280-C-G
V6-200-G; V6-240-G; V6-280-G
V6-240-CE-G; V6-280-CE-G
V6-240-CE-J; V6-280-CE-J
V6-280-C-J; V6-240-C-J; V6-200-C-J
V6-280-J; V6-240-J; V6-200-J
V8-300-C-G; V8-350-C-G; V8-350-C-H; V8-300-C-H
V8-300-CE-G; V8-300-CE-H; V8-350-CE-G; V8-350-CE-H
V8-300-CE-J; V8-350-CE-J
V8-350-C-D; V8-380-C-D
V8-350-C-J; V8-300-C-J
V8-350-CE-D; V8-380-CE-D; V8-430-CE-D
V8-380-C-A; V8-380-C-B
V8-380-C-J; V8-430-C-J
V8-380-CE-A
V8-380-CE-G; V8-430-CE-G
Information:
Additional Resources
Professional classroom instruction on oil sampling, analysis, and interpretation is available, course 08E1017 S O S Services Interpretation Training I. Course information, help sheets, wear tables, and community discussion is available under S O S Services on the Knowledge Network (https://kn.cat.com). Other helpful resources:
Operation and Maintenance Manual, SEBU6250, "Caterpillar Machine Fluids Recommendations"
Special Instruction, SEBD0640, "Oil and Your Engine"Action Required : Example
Illustration 1 g03403230
Typical example wear table. Values subject to change.
Illustration 2 g03403233
Example of a trend chart with lead level elevated to Action Required
If an oil analysis returns from the lab with an elevated level of lead and action is required, follow the steps listed below.
Review and Validate the Sample
Determine the Root Cause - Wear or Chemistry
Resolve and Proceed Review and Validate the Sample
Illustration 3 g03403239Sample Collection, Age, and AnalysisVerify that the sample was collected and delivered correctly. Verify that the lab has been used in the past. Verify the hours of the oil. Was an oil change missed?Compare to TrendHas the lead level in the oil from this engine been steady or trending upward in recent samples? If the lead level is trending up, has the rate of increase been gradual or rapid? Has a follow-up sample been taken and analyzed to confirm a rapidly increasing trend? If the trend is indeed increasing rapidly, the engine should be shut down and action taken immediately to investigate and resolve the problem.Service RecordsCarefully consider service records including recent component changes, modifications to lubrication, cooling or fuel systems, or any adjustments to the oil renewal system if equipped. Do service records reflect any change of suppliers or formulations of oil, coolant, or fuel? Lead is common in various greases sometimes used as assembly aids.Operation RecordsConsider operational changes including major changes in haul cycle, profile, shift, operator, and so on. Is the operator noting anything unusual? Has the fuel burn rate changed or have there been any changes to the rate of oil consumption or frequency/volume of oil additions?Consider Collecting Another SampleHas resampling been considered after changing oil and filters? Has this sample been collected early due to elevated lead in the previous sample?
Table 1
Review and Validation Checklist
Points to Consider Notes
Sample Collection, Age, Analysis Correctly Collected?
Correctly Analyzed?
Reported Hours Correct?
Oil Change Interval (OCI) Correct?
Compare to Trend from this engine Steady?
Gradually Increasing?
Rapidly Increasing? (1)
Service Records Major Component Replacements?
Modifications to lubrication, cooling, or fuel system?
Changes in Oil, Coolant, of Fuel Suppliers?
Changes in Oil, Coolant, or Fuel Formulations?
Operation Records Changes to haul cycle or profile?
Changes in shift or operator?
Noteworthy operator comments?
Rate changes in fuel burn or oil additions?
Consider Resample Is it safe to change oil and filters and resample?
Has the engine been resampled?
(1) Shutdown and resolve, if rapidly increasing trend is confirmed.Determine Root Cause
Lead is most often removed from bearings by mechanical wear or chemical wear.Mechanical Wear
Mechanical wear of main and connecting rod bearings most commonly originates from one or more of the sources listed below:
Dirt/Debris Introduction from Service or Operation
Dirt Ingestion Through the Air System
Abnormal Operating Conditions
Out of Specification or Damaged ComponentsDirt/Debris Introduction from Service or Operation
Illustration 4 g03403290Dirt and debris can be introduced into the lubrication system anytime the engine is opened for service, repair, or oil additions. Review service and operation records to understand when the engine has been opened and to identify other possible sources for dirt or debris entry, including changes in personnel. Routine inspection of oil filter media and magnetic drain plugs for signs of debris is encouraged.Note: The first few samples from new or newly rebuilt engines often contain elevated levels of silicon from seal materials. Elevated levels of silicon in new or newly rebuilt engines can be normal.Dirt Ingestion Through the Air System
The chemical makeup of dirt is regionally unique, but generally dirt contains at least silicon and aluminum in a ratio close to Si:Al = 3:1. Dirt ingestion through the air system often generates elevated levels of iron and chromium first from liners, pistons and rings via abrasive wear. Levels of lead often rise shortly thereafter as dirt enters the lubrication system. Regular testing to find and fix leaks in the air system is encouraged. Refer to the following for additional information for testing the air system:
Professional classroom instruction on oil sampling, analysis, and interpretation is available, course 08E1017 S O S Services Interpretation Training I. Course information, help sheets, wear tables, and community discussion is available under S O S Services on the Knowledge Network (https://kn.cat.com). Other helpful resources:
Operation and Maintenance Manual, SEBU6250, "Caterpillar Machine Fluids Recommendations"
Special Instruction, SEBD0640, "Oil and Your Engine"Action Required : Example
Illustration 1 g03403230
Typical example wear table. Values subject to change.
Illustration 2 g03403233
Example of a trend chart with lead level elevated to Action Required
If an oil analysis returns from the lab with an elevated level of lead and action is required, follow the steps listed below.
Review and Validate the Sample
Determine the Root Cause - Wear or Chemistry
Resolve and Proceed Review and Validate the Sample
Illustration 3 g03403239Sample Collection, Age, and AnalysisVerify that the sample was collected and delivered correctly. Verify that the lab has been used in the past. Verify the hours of the oil. Was an oil change missed?Compare to TrendHas the lead level in the oil from this engine been steady or trending upward in recent samples? If the lead level is trending up, has the rate of increase been gradual or rapid? Has a follow-up sample been taken and analyzed to confirm a rapidly increasing trend? If the trend is indeed increasing rapidly, the engine should be shut down and action taken immediately to investigate and resolve the problem.Service RecordsCarefully consider service records including recent component changes, modifications to lubrication, cooling or fuel systems, or any adjustments to the oil renewal system if equipped. Do service records reflect any change of suppliers or formulations of oil, coolant, or fuel? Lead is common in various greases sometimes used as assembly aids.Operation RecordsConsider operational changes including major changes in haul cycle, profile, shift, operator, and so on. Is the operator noting anything unusual? Has the fuel burn rate changed or have there been any changes to the rate of oil consumption or frequency/volume of oil additions?Consider Collecting Another SampleHas resampling been considered after changing oil and filters? Has this sample been collected early due to elevated lead in the previous sample?
Table 1
Review and Validation Checklist
Points to Consider Notes
Sample Collection, Age, Analysis Correctly Collected?
Correctly Analyzed?
Reported Hours Correct?
Oil Change Interval (OCI) Correct?
Compare to Trend from this engine Steady?
Gradually Increasing?
Rapidly Increasing? (1)
Service Records Major Component Replacements?
Modifications to lubrication, cooling, or fuel system?
Changes in Oil, Coolant, of Fuel Suppliers?
Changes in Oil, Coolant, or Fuel Formulations?
Operation Records Changes to haul cycle or profile?
Changes in shift or operator?
Noteworthy operator comments?
Rate changes in fuel burn or oil additions?
Consider Resample Is it safe to change oil and filters and resample?
Has the engine been resampled?
(1) Shutdown and resolve, if rapidly increasing trend is confirmed.Determine Root Cause
Lead is most often removed from bearings by mechanical wear or chemical wear.Mechanical Wear
Mechanical wear of main and connecting rod bearings most commonly originates from one or more of the sources listed below:
Dirt/Debris Introduction from Service or Operation
Dirt Ingestion Through the Air System
Abnormal Operating Conditions
Out of Specification or Damaged ComponentsDirt/Debris Introduction from Service or Operation
Illustration 4 g03403290Dirt and debris can be introduced into the lubrication system anytime the engine is opened for service, repair, or oil additions. Review service and operation records to understand when the engine has been opened and to identify other possible sources for dirt or debris entry, including changes in personnel. Routine inspection of oil filter media and magnetic drain plugs for signs of debris is encouraged.Note: The first few samples from new or newly rebuilt engines often contain elevated levels of silicon from seal materials. Elevated levels of silicon in new or newly rebuilt engines can be normal.Dirt Ingestion Through the Air System
The chemical makeup of dirt is regionally unique, but generally dirt contains at least silicon and aluminum in a ratio close to Si:Al = 3:1. Dirt ingestion through the air system often generates elevated levels of iron and chromium first from liners, pistons and rings via abrasive wear. Levels of lead often rise shortly thereafter as dirt enters the lubrication system. Regular testing to find and fix leaks in the air system is encouraged. Refer to the following for additional information for testing the air system:
Parts steering Volvo Penta:
21581323
21581323 Steering wheel adjus
5.0GXiCE-270-R; 5.0GiCE-225-S, 5.0GXiCE-P, 5.0GXiE-270-R, 5.0GXiE-P, 5.7GiCE-300-P; 5.7GXiCE-P, 5.7GiCE-300-R; 5.7GXiCE-320-R, 5.7GiE-300-P; 5.7GXiE-P, 5.7GiE-300-R; 5.7GXiE-320-R, 8.1GiCE-P; 8.1GiCE-Q, 8.1GiE-P; 8.1GXiE-P, 8.1IPSCE-PF; 8.1IPSCE-Q; 8
3812269
3812269 Steering cylinder
D3-110I-D; D3-110I-E; D3-110I-F, D3-110I-G; D3-140A-G; D3-140I-G, SX-A; DPS-A; DPS-B, TSKs; SX-M; 1998-2005, TSKs; SX-M; 2006-2008, V6-200-C-G; V6-240-C-G; V6-280-C-G, V6-200-G; V6-240-G; V6-280-G, V6-240-CE-G; V6-280-CE-G, V6-240-CE-J; V6-280-CE-J,
47706800_043
47706300_055
47708482_059
3884974
3884974 Steering pump
V8-350-C-D; V8-380-C-D, V8-350-CE-D; V8-380-CE-D; V8-430-CE-D, V8-380-C-A; V8-380-C-B, V8-380-CE-A
47701998_051
47706700_055