NRF 47070 OE 125396 Radiator Cooling Fan without Shroud

NRF 47070 OE 125396 Radiator Cooling Fan

The NRF 47070 OE 125396 Radiator Cooling Fan is a high‑performance, OEM‑grade fan designed to keep the engine of your Citroën Xsara and related models operating within safe temperature limits. Engineered with precision, this fan delivers reliable airflow while maintaining low noise levels, making it an ideal replacement for aging or damaged units.

Key Features

• OEM Compatibility: Exact match to the original part number OE 125396, ensuring seamless fit and function.
• High‑Efficiency Motor: Brushless DC motor provides consistent speed control across a wide temperature range.
• Durable Construction: Stainless steel fan blades and reinforced housing resist corrosion and high temperatures.
• Low Noise Operation: Optimized blade geometry reduces vibration, delivering quiet cooling performance.
• No Shroud Required: The fan’s design allows it to operate efficiently without a shroud, simplifying installation.

Design and Build Quality

The NRF 47070 features a compact, lightweight chassis that fits snugly within the radiator housing. Its brushless DC motor eliminates mechanical wear, extending service life beyond conventional brushed motors. The fan blades are forged from high‑strength aluminum alloy, providing excellent stiffness and resistance to thermal expansion.

Compatibility Overview

This fan is specifically engineered for the Citroën Xsara and its derivatives, including the Picasso and other models that share the same cooling system architecture. The part number OE 125396 guarantees that the dimensions, mounting points, and electrical connections match those of the original equipment.

Model Compatibility List

• CITROËN Xsara (1999‑2005)
• CITROËN Picasso (2000‑2006)
• Other Citroën models with the same radiator housing and fan mounting configuration.

Installation Guide

Replacing the NRF 47070 is a straightforward process that can be completed in under an hour. Follow these steps for optimal results:

1. Disconnect the battery: Ensure safety by removing the negative terminal.
2. Remove the old fan: Unscrew the mounting bolts and detach any electrical connectors.
3. Install the new fan: Align the mounting holes, secure with bolts, and reconnect the wiring harness.
4. Test operation: Reconnect the battery, start the engine, and verify that the fan engages at the correct temperature threshold.

Performance Characteristics

The NRF 47070 delivers a robust airflow rate of approximately 350 CFM (cubic feet per minute), sufficient to maintain optimal coolant temperatures under both idle and high‑load conditions. Its temperature‑controlled speed profile ensures that the fan ramps up smoothly as engine temperature rises, preventing overheating without excessive noise.

Maintenance Tips

• Inspect the fan blades for dents or corrosion every 12 months.
• Clean the fan housing with a soft brush to remove dust buildup that can impede airflow.
• Check electrical connections for tightness and signs of wear; replace any damaged wiring immediately.

Technical Specifications

Frequently Asked Questions

Can I use this fan in a vehicle other than the Citroën Xsara?

No, the NRF 47070 is specifically designed for models that share its radiator housing and mounting configuration.

Is a shroud necessary for optimal performance?

The fan’s aerodynamic design allows it to operate efficiently without a shroud; however, installing a compatible shroud can further reduce noise.

What is the expected lifespan of this fan?

With proper maintenance, the NRF 47070 typically lasts between 5 and 7 years under normal operating conditions.

Conclusion

The NRF 47070 OE 125396 Radiator Cooling Fan exemplifies reliability, efficiency, and ease of installation. Its OEM compatibility ensures that your Citroën Xsara or related model will receive the same level of cooling performance as when it first rolled off the assembly line. By choosing this fan, you invest in a durable component that protects your engine from overheating while maintaining quiet operation.