Vacuum Pump

14650-00Q1H Vacuum Pump for Nissan Navara NP300 D40 02.2010 -

Brand New
High Quality
Long Warranty
Product description:
INQUIRY

Part Name: Vacuum Pump/ Brake Vacuum Pump/ Vacuum Steering Pump Assy

Part Number: 14650-00Q1H, 8200807472, 8200727115

Applications:

Nissan Navara NP300 D40 3.0 dCi 4WD 02.2010 -
Nissan Pathfinder III R51 3.0 dCi 08.2010 -
Navara NP300 Platform Chassis D40 3.0 dCi 03.2010 -
Infiniti EX Hatchback J50 09.2007 -
Infiniti M Saloon Y51 03.2010 -
Infiniti FX Off-Road S51 07.2008 -
Infiniti QX70 Off-Road 08.2013 -
Infiniti QX50 I J50 08.2013 -
Infiniti Q70 Y51 03.2013 -
Renault Laguna III Hatchback BT 10.2007 - 12.2015
Renault Laguna III Sport Tourer KT 10.2007 - 12.2015
Renault Laguna III Coupe DT 09.2008 - 12.2015
Renault Latitude Saloon 07.2010 -

What is Vacuum Pump?
The brake booster vacuum pump provides the vacuum needed for the power brake booster to perform. If it fails or has a problem, the car will be left without assisted braking. Without the brake booster, the brake pedal will be stiff and will require more effort to stop the car. Vacuum boosters will probably be with us for a long time. It is the most efficient and economical way to amplify the force exerted by the driver. But where the booster gets its vacuum. Many auto parts providers have been using vacuum pumps to power the brake booster on their vehicles. For a vacuum brake booster to work, it needs a source of vacuum. In the past all that was needed was a port on the intake manifold. Now, vacuum pumps are the choice for negative pressure power.

Why must be a Vacuum Pump?

Vacuum pumps have been used on diesel engines for more than 40 years, typically as a diaphragm pump. These pumps were neither efficient nor reliable.Most modern European cars use either an electric vacuum pump or a pump driven by a sprocke.In every piston engine, vacuum is created during the intake stroke as the piston goes down in the cylinder and the intake valves are open. But modern engines have changed. Increased efficiency has reduced the amount of vacuum available to the brake booster. Engines have been downsized to 2.0- and even 1.4-liters. This means that there is less displacement to create the vacuum. Variable valve timing has further diminished the vacuum generated because the timing of the opening might be timed to allow a scavenging effect so some of the intake air makes it past the exhaust valve. This air is intended for the catalyst so unburned hydrocarbons can be burned. Turbocharging has also eliminated traditional vacuum in the intake manifold. The turbocharger produces positive pressure or boost in the intake manifold. The only time an engine might be under vacuum is when the engine is decelerating, and the throttle is closed.

FIVER's Advantages on Vacuum Pump:

◆ As OE supplier, we practice with very strict quality control, follow the TS16949 strictly.

◆ With 3 years long term quality warranty.

◆ Custom design, new developing based on customer request is available.