Product Details

Specifications

Precision Electric Fuel Pump for ROVER
OEM No.: AUU1649
Flow:155L/H
Pressure: 3BAR
TS16949 approval

Key specifications:

Precision Auto Labs - Electric Fuel Pump

Part No.: PAL- EPAUU1649

BOSCH No.: 0580464070

OEM No.: AUU1649/92927023/16 12 1 115 862/119 11 04 021 00/52 251 521

Pressure: 3BAR

Flow: 155L/H

Applications:

ROVER 200 (XH) 1985/03 - 1989/09
ROVER 200 Hatchback (XW) 1989/10 - 1995/10
ROVER 2000-3500 Hatchback (SD1) 1976/06 - 1986/10
ROVER MONTEGO 1988/10 - 1995/10
ROVER MONTEGO Estate (XE) 1984/10 - 1993/12

BMW 2500-3.3 (E3) 1968/10 - 1977/04
BMW 3 (E30) 1982/09 - 1992/03
BMW 3 Convertible (E30) 1985/12 - 1993/10
BMW 3 Touring (E30) 1987/07 - 1994/10
BMW 5 (E12) 1972/08 - 1981/08
BMW 5 (E28) 1980/06 - 1990/06
BMW 6 (E24) 1976/04 - 1990/09
BMW 7 (E23) 1977/05 - 1986/08

JAGUAR XJ 1968/07 - 1993/02
JAGUAR XJS Coupe 1975/09 - 1996/03
JAGUAR XJSC Convertible 1985/07 - 1996/03

FIAT 132 1972/04 - 1982/12
FIAT ARGENTA (132A) 1977/05 - 1987/03
FIAT REGATA (138) 1983/09 - 1990/12
FIAT REGATA Weekend 1984/01 - 1991/06
FIAT RITMO I (138A) 1978/01 - 1987/05
FIAT RITMO II (138A) 1982/10 - 1988/12

ALFA ROMEO 33 (907A) 1990/01 - 1994/09
ALFA ROMEO 33 Sportwagon (907B) 1990/01 - 1994/09
ALFA ROMEO 6 (119) 1979/04 - 1986/12
ALFA ROMEO 75 (162B) 1985/05 - 1992/12
ALFA ROMEO 90 (162) 1984/10 - 1987/07
ALFA ROMEO GIULIETTA (116) 1977/10 - 1985/12
ALFA ROMEO GTV (116) 1978/01 - 1987/02
ALFA ROMEO RZ 1992/01 - 1994/12
ALFA ROMEO SPIDER (115) 1971/03 - 1993/12
ALFA ROMEO SZ 1988/09 - 1994/08.

Features & Advantages:

A fuel pump is a frequently (but not always) essential component on a car or other internal combustion engined device. Often, carbureted engines use low pressure mechanical pumps that are mounted outside the fuel tank, whereas fuel injected engines often use electric fuel pumps that are mounted inside the fuel tank (and some fuel injected engines have two fuel pumps: one low pressure/high volume supply pump in the tank and one high pressure/low volume pump on or near the engine).

In many modern cars the fuel pump is usually electric and located inside the fuel tank. The pump creates positive pressure in the fuel lines, pushing the gasoline to the engine. The higher gasoline pressure raises the boiling point. Placing the pump in the tank puts the component least likely to handle gasoline vapor well (the pump itself) farthest from the engine, submersed in cool liquid. Another benefit to placing the pump inside the tank is that it is less likely to start a fire. Though electrical components (such as a fuel pump) can spark and ignite fuel vapors, liquid fuel will not explode and therefore submerging the pump in the tank is one of the safest places to put it. In most cars, the fuel pump delivers a constant flow of gasoline to the engine; fuel not used is returned to the tank. This further reduces the chance of the fuel boiling, since it is never kept close to the hot engine for too long.

Why choose PAL fuel pump?

All PAL brand electric fuel pump are engineered and manufactured to meet or exceed OEM requirements. They are designed with precision components. All components are manufactured under strict quality controlled standards and produced in high volume to keep costs low. Each set of components for a given pump structure is rigorously tested and calibrated for optimum performance. After assembly, each pump is tested for operatiing LPH flow volume, AMP rating, noise db, peak pressure rating, back-flow valve peration, pressure refief valve operation, and pressure load performance.

Lower power requirement: Standard 12 volt models require approximately one amp at maximum delivery.
Eliminates vapour lock: When properly installed in most vehicles, a constant smooth, dependable supply of fuel under pressure is assured in the hottest weather or high altitudes.
Corrosion resistant: The all steel case is plated for corrosion resistance.
Self priming.
Solid state reliability: Proven on thousands of various applications.
Simple installation and all types of design scheme
OEM orders are welcome

The main causes of fuel pump wear or failure is contamination of the fuel system, dirty/missing filter and/or corrosion due to moisture in the fuel. Fuel pump performance can be affected by particles as little as 10 Microns (0.01mm).

A worn/damaged fuel pump can cause:

Fuel pressure drop
Lean mixture
Rough idling
Poor performance
Spluttering at high engine rpm
Hard starting
Rough engine running
Excessive noise (usually associated with contaminated fuel)
High current draw
Fuel pressure fluctuations or surge