Nissan NV200 Blower Motor Global Parts Machined

Description

Product Overview

The Global Parts Distributors blower motor (Model 2311851) is a direct replacement for 2013‑2016 Nissan NV200 vehicles. Crafted from precision‑machined metal, it offers robust construction and optimal airflow for the vehicle’s air‑conditioning system. Weighing just 1 lb and measuring 5.75 x 3.75 x 0.3 inches, it fits seamlessly into the factory mounting points and matches OEM part numbers.

Usage

Designed for both professional technicians and DIY enthusiasts, this motor restores cooling efficiency in hot climates and improves cabin comfort year‑round. Install it during routine AC service, after a failed motor, or when upgrading to a more reliable component.

Why Choose Us

Global Parts Distributors guarantees that each unit meets or exceeds original equipment specifications, providing peace of mind and long‑term reliability. Our rigorous quality control, backed by a reputable automotive parts network, ensures consistent performance across all units.

Key Features

• Precision‑machined metal housing for durability
• Exact OEM fit for 13‑16 Nissan NV200 models
• Lightweight (1 lb) for easy handling and installation
• Compact dimensions reduce storage space
• Meets or exceeds original equipment performance standards

FAQ

Does this motor fit all NV200 model years?

Yes, it is compatible with Nissan NV200 model years 2013 through 2016.

Is any special tooling required for installation?

No special tools are needed; standard socket and screwdriver sets are sufficient.

What is the warranty on this blower motor?

Global Parts Distributors offers a one‑year limited warranty covering defects in materials and workmanship.

Can this motor be used in other Nissan models?

It is specifically engineered for the NV200; using it in other models may require additional adapters and is not recommended.

How does the machined design improve performance?

The machined housing provides tighter tolerances, reducing vibration and ensuring consistent airflow for optimal cooling efficiency.