Fuel Type: Gasoline
Drive Type: Electrical
Voltage：12V
Inlet Count: 1
Inlet Type: Strainer
OE Number
709000758,F01R00S633
Fitment
For Can-Am Outlander 650 800 1000 2012-2021
For Can-Am Renegade 500 8001000 2014-2021
Features
1.Built to strict quality control standards 100% factory tested
2.Easy Installation，100% Compatible with OEM Parts, meets Original Equipment Manufacturer (OEM) Standards
3.The fuel pumps deliver the right amount of fuel for all loads and speeds.
Built to last and engineered for clean, consistent flow,
fuel pumps are ready to restore smooth performance and superior efficiency to your engine.
4.Core to ensure oil supply stability.
Keep enough fuel in the tank.
Helpfuel pump to be submerged in gas.
Reduce oxidation and premature wear to extend fuel pump life.
Accelerate smoothly and reduce fuel consumption.
5.High-strength plastics and anti-corrosive alloys machined to sustain at least 1 million cycles within the vehicle's service life.
Inlet filtration strainer prevents micron-sized particles from slipping into the system.
6.High-strength plastics and anti-corrosive alloys machined to sustain at least 1 million cycles within the vehicle's service life.
Inlet filtration strainer prevents micron-sized particles from slipping into the system.
7.100% quality assurance tested, more responsive, less expensive, easier to install.
Direct Replacement. Perfect fitment. No modification required.
Attention
1. Clean the dirt around the gasket of the fuel pump with a high-pressure gun and cleaner.
2. Seal the fuel tank after the fuel pump is disassembled to prevent dust from entering the tank.
3. Remove the paired fuel pump and keep the table clean.
4. Please clean the bottom of the tank or pipeline before replacement.
Note
Fuel pump is a component in motor vehicles that
transfers liquid from the fuel tank to the carburetor of the internal combustion engine.
After the oil pump has been used for a long time, the motor and filter screen will age,
which will cause the oil pump to work poorly. The fuel supply cannot be supplied 100%,
which will result in insufficient combustion of the engine and carbon deposits.
Over time, it will cause irreparable damage to the engine.
