16600-9s200 Fuel Injector Nozzle for Paladin, Mercury, and Cloud Leopard JS23-4 Automatic Transmission Vehicles

This automotive fuel injector nozzle delivers precise fuel metering for specific vehicle applications, carrying the part number 16600-9s200 for exact identification. Designed for compatibility with Paladin, Mercury, and Cloud Leopard models featuring automatic transmissions, this component meets the JS23-4 specification requirements for proper fitment and operation. The injector operates at 24 volts with a current handling capacity of 111 amps, creating the 11 megapascals of pressure necessary for effective fuel atomisation in these engines. This replacement part addresses the need for maintenance or repair of the fuel delivery system in the compatible vehicle range.

Technical Specifications and Compatibility

The fuel injector nozzle incorporates specific electrical and pressure characteristics that match the requirements of the intended vehicle applications. These technical parameters ensure the component functions correctly within the existing fuel system architecture.

Electrical System Requirements

This injector nozzle operates within a 24-volt electrical system, which matches the voltage specifications of the compatible Paladin, Mercury, and Cloud Leopard vehicles. The component handles 111 amps of current during normal operation, providing sufficient power for the solenoid activation needed to control fuel flow. This electrical compatibility ensures the injector integrates properly with the vehicle's existing wiring and control systems.

Pressure Performance Characteristics

The injector nozzle creates 11 megapascals of fuel pressure, which is necessary for proper fuel atomisation within the combustion chamber. This pressure level helps ensure fuel droplets are sufficiently small and evenly distributed for efficient burning. The specified pressure rating indicates the component's capability to maintain consistent fuel delivery under normal operating conditions.

Vehicle Applications and Installation

The fuel injector nozzle is designed for specific vehicle models and transmission types, with clear compatibility guidelines based on the provided information. Proper installation requires matching the part number and verifying vehicle specifications before proceeding with replacement.

Compatible Vehicle Models

This injector nozzle is suitable for installation on Paladin, Mercury, and Cloud Leopard vehicles, as indicated by the product information. These applications share common fuel system requirements that the 16600-9s200 part number addresses. The component specifically fits vehicles with automatic transmissions, as noted by the AT/automatic gear designation in the source material.

Installation Considerations

Before installation, verify that the vehicle matches the compatible models listed and features an automatic transmission. The part number 16600-9s200 should correspond to the original equipment being replaced. Ensure the electrical connections align with the 24V system specifications to prevent potential issues with vehicle operation.

Product Identification and Replacement Value

This fuel injector nozzle provides a direct replacement option for compatible vehicles, with specific identification through its part number and technical specifications. The component addresses maintenance needs without requiring modification to existing systems.

Part Number Identification

The 16600-9s200 designation serves as the primary identification for this fuel injector nozzle, allowing precise matching during parts lookup and ordering. This alphanumeric code corresponds to the manufacturer's cataloguing system for automotive components. Using this exact part number ensures the correct component is selected for the intended vehicle applications.

Direct Replacement Solution

This injector nozzle provides a ready-to-install replacement for the original equipment in compatible vehicles. The product comes as a single unit, packaged individually without additional components needed for basic installation. This approach simplifies the replacement process for maintenance or repair scenarios involving the fuel delivery system.