0414700004 500367520 Integrated Matrix: Master Cross-Reference Index For High-Volume Workshop Procurement

Modern diesel repair facilities face a significant operational bottleneck: parts-identification drift. Within the high-pressure common rail aftermarket, searching for a single fuel delivery component often requires navigating a complex web of original equipment manufacturer (OEM) codes, aftermarket reference lines, and superseded production sequences. For fleet purchasing managers and shop mechanics handling the Iveco Daily and EuroCargo platforms, this confusion creates a real financial hazard. Entering a single incorrect digit into a parts database can lead to wrong-purchase risks, dead inventory, and expensive workshop bay downtime.

The premium 0414700004 500367520 Fuel Injector Assembly eliminates this lookup friction. By establishing a direct, verified link across major global identification catalogs, this component allows ordering teams to match parts with complete confidence, keeping shop inventory accurate and ensuring commercial fleet assets get back on the road without delay.

To streamline workshop identification and prevent ordering mistakes, utilize the structured reference index below. This matrix maps the core component across primary manufacturer catalogs to ensure an exact match before finalizing your order.

The difficulty in tracking down this specific component stems from changes in manufacturing partnerships over time. Bosch originally engineered the underlying high-pressure electronic unit injector (EUI) design, labeling it with the ten-digit production code 0414700004. Meanwhile, Iveco adopted this exact assembly for their commercial light truck lines, cataloging it within their global logistics infrastructure under the factory OE number 500367520.

When a delivery truck arrives at a workshop with a worn injection system, the identification tag on the old part is often obscured by grease, rust, or heat scaling. A technician might only be able to read the Bosch code, while the fleet procurement team is looking for the Iveco number in their software.

This product page serves as an official cross-reference tool that links both numbers to the same high-precision component. This clear connection eliminates the risk of ordering the wrong part, speeds up bulk invoice approvals, and ensures the replacement unit matches the factory wiring harness and fuel lines perfectly.

[Fuel Inlet Port] ---> (Integrated Micro-Filter Mesh)

                                                                     |

                                                                    v

                                           [Tungsten-Cobalt Valve Core]

                                                                     |

                                                                     v

                                        (Laser-Drilled Tapered Orifices) ---> [Combustion Bowl]

Integrated Micro-Filter Mesh: Built directly into the fuel intake node, this internal protective screen catches fine abrasive particles before they can enter the main valve chamber, shielding the injector from early internal wear.

Tungsten-Cobalt Valve Core: Internal moving parts are machined from a high-density tungsten alloy that resists the high fluid velocities and pressure changes found in modern diesel systems.

Laser-Drilled Tapered Orifices: The nozzle tip features micro-scale spray holes engineered to deliver a highly balanced, fine fuel mist, ensuring complete combustion and keeping exhaust emissions low.

Q1: Why do catalog databases list multiple separate part numbers for this single Iveco fuel component?

A: The dual numbers exist because different companies use different tracking systems. Bosch uses the engineering code 0414700004 to track the part across its manufacturing lines, while Iveco cataloged the exact same physical injector under the part number 500367520 for its vehicle assembly and dealer networks. Both numbers point to the same part.

Q2: What is the most effective way to eliminate wrong-purchase risks when buying parts for a mixed commercial fleet?

A: The most reliable method is to cross-check the stamped number on the old injector body against the vehicle's engine serial number (ESN) or official VIN. Providing these verified codes to your parts supplier ensures the replacement injector completely matches the engine's original factory calibration.

Q3: Can an injector with the correct physical shape but a different Bosch number be used instead?

A: No. Even if an injector fits into the cylinder head port, different part numbers signify distinct internal clearances, spray patterns, and electrical coil resistances. Installing an incorrect part will confuse the engine control unit, resulting in rough idling, excessive smoke, or serious engine damage.

Q4: What field diagnostic steps should a technician take if an injector's identification label is rusted or unreadable?

A: Technicians can identify the part by cleaning the injector body with a soft wire brush and checking for the faint laser-etched markings near the electrical terminal plug. If the text is completely gone, the part can be identified by matching the vehicle's engine model code through a certified factory parts database.

Q5: Why is it critical to program the new injector calibration codes after replacing a unit?

A: Every precision fuel component has tiny, natural manufacturing variances. The unique trim code printed on the head of the injector tells the engine control unit exactly how to adjust its electrical signals, ensuring balanced power delivery across all cylinders and optimizing fuel efficiency.