AM132715 Fuel Pump for Kawasaki FD590V John Deere LX188 – Direct Fit

Cross-Reference Verified — every AM132715 (reference only) fuel pump shipment is checked against engine serial range and port orientation before dispatch.

Technical Specifications

Application Suitability

Why the Same AM132715 Reference Ships in Multiple Variants

The part number alone does not guarantee the pump bolts on and feeds correctly — port orientation and bolt spacing must match your specific engine build.

Over the years I have watched workshops order a fuel pump by number, only to find the inlet nipple points the wrong way or the bolt holes sit three millimeters off. The machine sits idle while a replacement ships. A single base reference like the Fuel Pump AM132715 for Kawasaki FD590V FD611V John Deere LX GX Tractors cross reference fitment can map to different physical configurations across engine generations, and copied cross-reference tables often carry forward errors that compound the problem [NEED_CITE: aftermarket fuel pump cross-reference accuracy in small engine applications].

Mapping Engine Serial Ranges to the Correct Variant

The Kawasaki FD501V, FD590V, and FD611V engines span multiple production runs, and the John Deere LX and GX tractor families use these engines across more than twenty machine models. Identifying the correct Fuel Pump AM132715 for Kawasaki FD590V FD611V John Deere LX GX Tractors cross reference fitment starts with the engine serial number when available. Where the nameplate is worn or painted over, the tractor model and production year narrow the field, and a photograph of the existing pump's port layout settles any remaining ambiguity.

What to Measure Before You Order

Bolt-on fitment depends on three physical checkpoints that differ across variants sharing the same reference number. The mounting bolt pattern — M6 × 1.0 at 42 mm center-to-center — must match the engine block's tapped holes exactly. Inlet and outlet port orientation determines whether fuel lines reach without bending or kinking. The inlet filter mesh specification affects long-term fuel delivery consistency, particularly in machines running ethanol-blended fuels. I always ask buyers to send a photo of the old pump from two angles so I can confirm these interface details before anything ships [NEED_CITE: fuel system compatibility standards for ethanol-blended gasoline in small engines].

Reading the Specs That Matter on Site

The die-cast aluminum housing keeps weight low and dissipates heat from the diaphragm chamber, which matters when the pump sits close to the exhaust manifold on compact tractor installations. The NBR diaphragm resists degradation from ethanol-blended fuels up to E15, a formulation increasingly common in municipal and commercial landscaping fleets. The 25 psi test pressure confirms the diaphragm holds under operating load without weeping. These specifications define whether the pump survives a full mowing season on a John Deere LX277 or fails midway through a contract on a Kawasaki FD611V-powered unit.

The Cost of a Variant Mismatch

A pump that physically bolts on but has the wrong port orientation forces the installer to reroute fuel lines, introducing sharp bends that restrict flow under load. The engine starves at high throttle, the operator backs off, and productivity drops across the entire shift. A mismatch in bolt spacing means drilling new holes into the engine block — a permanent modification that compromises the next rebuild. These are not catalog errors you catch on a bench; they surface only when the machine is supposed to be working [NEED_CITE: field failure analysis methodology for small engine fuel delivery components].

How We Confirm Fitment Before You Commit

We produce selected part lines in-house and source the remainder from qualified ISO-certified manufacturing partners, so both carry the same warranty terms. For the Fuel Pump AM132715 for Kawasaki FD590V FD611V John Deere LX GX Tractors cross reference fitment, we verify each order against your machine model and, where available, engine serial number. Our cross-reference database covers superseded and alternate numbers that accumulate across model years. We keep stock in our Guangzhou warehouse for common configurations, and we can ship a sample unit for physical fitment confirmation before you commit to a bulk order for your fleet. The technical team checks port orientation, bolt spacing, and diaphragm material against your specific engine build.

Documentation & Verification

• Commercial invoice listing each pump variant with its confirmed port orientation and bolt pattern
• Cross-reference sheet mapping AM132715 (reference only) to superseded and alternate numbers
• Dimensional inspection record covering bolt spacing, port position, and sealing surface flatness
• Six-month warranty terms document covering manufacturing defects
• Packing photographs showing each pump's labeling and protective wrapping before crate closure
• HS code and customs documentation support for international fuel system component shipments

Fitment Check Before Installation

• Compare new pump bolt hole spacing against engine block tapped holes using calipers before mounting
• Verify inlet and outlet port orientation matches original fuel line routing without forced bends
• Confirm inlet filter mesh is present and seated correctly before connecting the supply line
• Torque M6 mounting bolts evenly to manufacturer specification to avoid housing distortion
• Run engine at idle and inspect all connections for leaks before placing the machine under load
• If port orientation does not match, halt installation and contact us for variant exchange

Getting the Right Pump Identified

Send us your machine model, engine serial number if visible, and a photograph of the existing fuel pump from two angles showing port positions and the mounting face. If the nameplate is unreadable, the tractor model alone is enough to begin identification. We will return a confirmed variant match with cross-reference details so you can order with confidence.

Frequently Asked Questions

Q: How do I confirm this AM132715 pump fits my specific John Deere or Kawasaki machine? A: Provide your machine model and, where possible, the engine serial number from the valve cover or block stamping. We cross-reference this against our fitment database covering John Deere LX, GX, and numbered series tractors plus Kawasaki FD501V, FD590V, and FD611V engines. A photograph of the existing pump's port layout and mounting face eliminates any remaining variant ambiguity before we confirm the match.

Q: My old pump has a different number — is it still the same part? A: Part numbers are frequently superseded across model years and engine build revisions. Send us the number printed or stamped on your existing pump along with the machine model. We verify it against our cross-reference database, which tracks superseded and alternate references for the AM132715 (reference only) fuel pump, and confirm whether the replacement is dimensionally and functionally equivalent.

Q: Why do some listings for AM132715 show different port orientations or bolt patterns? A: The same base reference can map to different physical configurations depending on the engine generation and production year. Kawasaki and John Deere revised port positions and mounting brackets across serial ranges. We verify the exact variant your engine requires by checking serial data and comparing photographs, so the pump you receive matches your machine's interface.

Q: I only have the machine model, not the part number — can you identify the right pump? A: Yes. The tractor model alone is a valid starting point. Our fitment database covers John Deere 240 through 345, GX345, LX172 through LX289, 2243, and F725 models. We narrow the correct pump variant by production year and, where needed, request a photograph of the engine compartment to confirm port orientation and mounting configuration.

Q: Can I get a sample to test fitment before ordering in quantity? A: We supply sample units specifically for physical fitment confirmation before bulk commitment. Install the sample on one machine, verify bolt alignment, port orientation, and fuel delivery under load, then confirm the order for the remaining fleet. This approach is standard for municipal parks departments and commercial landscaping contractors standardizing across mixed John Deere and Kawasaki equipment.