4N0471 LINE ASSEM. (No. 1) Caterpillar parts
943
Rating:
Alternative (cross code) number:
CA4N0471
4N-0471
4N0471
CA4N0471
4N-0471
4N0471
Weight: 0.70 pounds 0 kg.
TRACK LOADER,
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CTP 4N0471 Fuel Line Assembly for Engine Model 3204
CTP Premium quality cold drawn seamless carbon steel tubing || Cold drawn process Increases strength allowing for 20% higher working pressures || Superior surface finish, connections are treated to prevent oxidation || CNC manufacturing process ensures precision and quality || Dimensional accuracy and excellent micro-structure uniformity
CTP Premium quality cold drawn seamless carbon steel tubing || Cold drawn process Increases strength allowing for 20% higher working pressures || Superior surface finish, connections are treated to prevent oxidation || CNC manufacturing process ensures precision and quality || Dimensional accuracy and excellent micro-structure uniformity
CTP 4N0471 Fuel Line Assembly for Engine Model 3204
CTP Premium quality cold drawn seamless carbon steel tubing || Cold drawn process Increases strength allowing for 20% higher working pressures || Superior surface finish, connections are treated to prevent oxidation || CNC manufacturing process ensures precision and quality || Dimensional accuracy and excellent micro-structure uniformity
CTP Premium quality cold drawn seamless carbon steel tubing || Cold drawn process Increases strength allowing for 20% higher working pressures || Superior surface finish, connections are treated to prevent oxidation || CNC manufacturing process ensures precision and quality || Dimensional accuracy and excellent micro-structure uniformity
CTP 4N0471 Fuel Line Assembly for Engine Model 3204
CTP Premium quality cold drawn seamless carbon steel tubing || Cold drawn process Increases strength allowing for 20% higher working pressures || Superior surface finish, connections are treated to prevent oxidation || CNC manufacturing process ensures precision and quality || Dimensional accuracy and excellent micro-structure uniformity
CTP Premium quality cold drawn seamless carbon steel tubing || Cold drawn process Increases strength allowing for 20% higher working pressures || Superior surface finish, connections are treated to prevent oxidation || CNC manufacturing process ensures precision and quality || Dimensional accuracy and excellent micro-structure uniformity
Compatible equipment models: 4N0471:
Information:
Engine 3054 and 3056 3200 3300 3400 3400 All, 3300 All, 3200 All, 3100 All, 3000 All, and D-series All 3500 and G3500 Engines All 3600 Engines All C280 Engines All Marine Propulsion, Marine Auxiliary, and Marine Generator Sets C-10 All C-9 and C9 All C11 All C12 and C-12 All C13 and C-13 All C15 and C-15 All C16 and C-16 All C175 Engines C18 and C-18 Engines C27 Engines C32 Engines C4.4 Engines C6.6 C7 All C7.1When is an Applied Failure Analysis (AFA) Necessary?
Utilizing the Applied Failure Analysis (AFA) principles is necessary to determine the true root cause of a failure in every repair where a component is prematurely worn out early or in an unusual way, is deformed so that the parts can no longer perform the intended function, or broken. Failure analysis begins with the complaint and component. Facts (product status reports, oil analysis data, and so forth) should be gathered throughout the repair process. Analyzing the failed iron will answer “what happened” and yield questions to determine “how the failure occurred” and “who is responsible”. Gathering background facts such as: interviewing the operator, understanding the failure mode, and using the relevant facts, for example, maintenance records, previous repairs, etc. to define the timeline of events that led to the failure are also important.In every case, root cause must be determined by the dealer for any unscheduled repair and included in the Work Order Summary.At minimum, an AFA report should be developed by the dealer (Reference Warranty Bulletin 1.03) under the following circumstances where a claim may be submitted to CAT:
A catastrophic failure.
An overspeed event.
Repeat failures on the same product.
Multiple occurrences of the same failure mode for the same customer/application/region.
When requested by the customer.
When parts are requested to be sent to a Caterpillar Metallurgical Lab for analysis.The dealer owns the customer relationship and the customer is most concerned with prevention of a repeat failure, which is why the dealer is responsible to determine root causes and confirm if there was a defect in material or workmanship from Caterpillar for all Warranty and Goodwill claims (Reference Warranty Bulletin 1.01). The communication must come from the dealer to create a professional image to the customer and develop trust in the expertise of the dealer. Such communication aids in velocity of quick customer resolution, utilizing local dealer expertise to understand the root cause of failure and quickly work to resolve the customer issue and limit downtime.8 Steps of Failure Analysis
Caterpillar experience has shown that timely investigation and reporting leads to increased customer satisfaction and settlement of claims. Caterpillar has an established and proven failure analysis process and training that is required per the Marine Service Assessment. That process includes the Eight Steps of Applied Failure Analysis are as follows (Reference AFA I - 26213 ILT & AFA II - 26214 ILT):
State the Problem Clearly and Concisely - What is the complaint and component?
Organize Fact Gathering - Identify areas that could have led to failure.
Observe and Record Facts
Utilizing the Applied Failure Analysis (AFA) principles is necessary to determine the true root cause of a failure in every repair where a component is prematurely worn out early or in an unusual way, is deformed so that the parts can no longer perform the intended function, or broken. Failure analysis begins with the complaint and component. Facts (product status reports, oil analysis data, and so forth) should be gathered throughout the repair process. Analyzing the failed iron will answer “what happened” and yield questions to determine “how the failure occurred” and “who is responsible”. Gathering background facts such as: interviewing the operator, understanding the failure mode, and using the relevant facts, for example, maintenance records, previous repairs, etc. to define the timeline of events that led to the failure are also important.In every case, root cause must be determined by the dealer for any unscheduled repair and included in the Work Order Summary.At minimum, an AFA report should be developed by the dealer (Reference Warranty Bulletin 1.03) under the following circumstances where a claim may be submitted to CAT:
A catastrophic failure.
An overspeed event.
Repeat failures on the same product.
Multiple occurrences of the same failure mode for the same customer/application/region.
When requested by the customer.
When parts are requested to be sent to a Caterpillar Metallurgical Lab for analysis.The dealer owns the customer relationship and the customer is most concerned with prevention of a repeat failure, which is why the dealer is responsible to determine root causes and confirm if there was a defect in material or workmanship from Caterpillar for all Warranty and Goodwill claims (Reference Warranty Bulletin 1.01). The communication must come from the dealer to create a professional image to the customer and develop trust in the expertise of the dealer. Such communication aids in velocity of quick customer resolution, utilizing local dealer expertise to understand the root cause of failure and quickly work to resolve the customer issue and limit downtime.8 Steps of Failure Analysis
Caterpillar experience has shown that timely investigation and reporting leads to increased customer satisfaction and settlement of claims. Caterpillar has an established and proven failure analysis process and training that is required per the Marine Service Assessment. That process includes the Eight Steps of Applied Failure Analysis are as follows (Reference AFA I - 26213 ILT & AFA II - 26214 ILT):
State the Problem Clearly and Concisely - What is the complaint and component?
Organize Fact Gathering - Identify areas that could have led to failure.
Observe and Record Facts
Caterpillar parts catalog:
Parts line Caterpillar catalog:
1W7121
LINE AS-FUEL INJECTION
215, 3204, 943, 953, D4HTSK II
215, 3204, 943, 953, D4HTSK II
1W7122
LINE AS-FUEL INJECTION
215, 3204, 943, 953, D4HTSK II
215, 3204, 943, 953, D4HTSK II
1W7123
LINE AS-FUEL INJECTION
215, 3204, 943, 953, D4HTSK II
215, 3204, 943, 953, D4HTSK II
1W7124
LINE AS-FUEL INJECTION
215, 3204, 943, 953, D4HTSK II
215, 3204, 943, 953, D4HTSK II
7N7091
LINE ASSEM. (no. 1)
583K, D8K
583K, D8K
7N7092
LINE ASSEM. (no. 2)
583K, D8K
583K, D8K
2P2653
LINE ASSEM. (No. 3)
583K, D8H, D8K
583K, D8H, D8K
2P2654
LINE ASSEM. (No. 4)
583K, D8H, D8K
583K, D8H, D8K
2P2655
LINE ASSEM. (No. 5)
583K, D8H, D8K
583K, D8H, D8K
2P2656
LINE ASSEM. (No. 6)
583K, D8H, D8K
583K, D8H, D8K