Brief: This video explains the main functions and practical uses of the Diesel Common Rail Injector Nozzle G3S148 in a clear, step-by-step format. You'll see a detailed demonstration of this precision component designed for Denso G3 Series injectors, learn about its compatibility with injector model 1J783-53051, and discover its role in modern common rail diesel fuel injection systems.
Related Product Features:
Precision-engineered G3S148 nozzle designed specifically for Denso G3 Series injector model 1J783-53051.
Manufactured from high-speed steel for superior durability and performance in demanding conditions.
Optimized for common rail diesel fuel injection systems requiring high working pressure operation.
Compact dimensions of 7cm × 2cm × 2cm with lightweight 0.03kg design for easy installation.
Industrially sealed and vacuum-packed to ensure maximum protection during shipping and storage.
Compatible with various international engine models requiring Denso G3 series injector components.
Strict quality control and testing to meet relevant international standards before shipment.
Available with global logistics support including DHL, UPS, and FedEx express shipping options.
FAQs:
What injector model is the G3S148 nozzle compatible with?
The G3S148 nozzle is specifically designed for use with Denso injector model 1J783-53051 in common rail diesel fuel injection systems.
What materials are used in the construction of this injector nozzle?
This nozzle is manufactured from high-speed steel, providing excellent durability and performance under the high-pressure conditions of common rail systems.
What shipping options are available for international orders?
We offer multiple global logistics solutions including DHL, UPS, and FedEx express shipping for urgent orders, plus sea freight options for bulk shipments to balance cost and efficiency.
What is the minimum order quantity for the G3S148 nozzle?
The minimum order quantity is 4 pieces, with all products being industrially sealed and vacuum-packed for maximum protection during transit.