FAN-90 - Fan for electric pump, 24 mm shaft
Dimensions 148 x 33 mm. Code 14VN095.
Delivery Options
| Carrier | Description | Estimated Delivery | |
|---|---|---|---|
 | Mail Boxes - 2 giorni | This courier delivers within 48 hours from the moment we entrust the products to him. | Friday 18 September - Monday 21 September |
 | Poste Italiane - 2 giorni Italia | This courier delivers within 24/48 hours from the moment we entrust them with the products. | Friday 18 September - Monday 21 September |
Carrier: Mail Boxes - 2 giorni
Description: This courier delivers within 48 hours from the moment we entrust the products to him.
Estimated delivery:
Friday 18 September - Monday 21 September
Carrier: Poste Italiane - 2 giorni Italia
Description: This courier delivers within 24/48 hours from the moment we entrust them with the products.
Estimated delivery:
Friday 18 September - Monday 21 September
The Pedrollo FAN-90 fan is recommended for cooling the motor of Pedrollo electric pumps.
The fan has a diameter of 148 mm and a height of 33 mm. The crankshaft diameter is 24 mm.
The FAN-90 fan rotates together with the shaft and generates the airflow needed to cool the engine during.
During operation, the motor generates heat, mainly due to electrical losses in the windings and mechanical losses.
The FAN-90 directly exploits the rotation of the shaft. Its blades move the ambient air and produce a forced flow of cooling around the motor.
The air is guided by the fan cover and circulated over the outer surface of the engine. This increases the heat exchange between the engine and the ambient air.
The FAN-90 serves to maintain the engine temperature within suitable operating conditions.
It is mounted on the rear shaft of the electric motor.
It's important to keep the fan in top condition. If it's broken, cracked, warped, or blocked, airflow will decrease, which could increase engine temperatures.
Made of plastic material, Pedrollo has created a lightweight fan, with low rotational inertia, resistant to corrosion and easily manufactured with blades and hub in a single element.
