Stop Solenoid 35DZS1E2 Replacement for Deutz 912 913 914 OE Interchange

Cross-Reference Verified — Deutz 912/913/914 stop solenoid fitment checked against superseded numbers, variant port layouts, and connector differences before shipping.

Technical Specifications

Application Suitability

Why the Same Part Number Ships in Four Variants Across Deutz 914 Engines

The part number alone does not guarantee fitment — serial range, port position, and connector type decide whether the solenoid physically mounts and electrically engages.

Buyers sourcing a Stop Solenoid for Deutz 912 913 914 cross reference fitment often discover that the number on the old unit no longer matches current catalog entries. Deutz superseded several original numbers over the 912, 913, and 914 generations, and aftermarket cross-reference tables carried forward without updating variant-specific details. A solenoid ordered by number alone may arrive with the oil port rotated, the connector pin count mismatched, or the mounting flange drilled for a different bolt pattern. [NEED_CITE: Deutz engine serial range documentation for 912 913 914 series]

Fitment Range Across Deutz 912, 913, and 914 Engine Serials

This Stop Solenoid covers the full Deutz 914 family including BFL914, BF 3L 914, F 3L 914, F 5L 914, and the turbocharged TCD 6L 91406. The 912 and 913 predecessors share the same base architecture but differ in port orientation on certain serial ranges. We verify each order against the engine serial number, not just the model designation, because a D 3L 91403 early-production unit may carry a different mounting pattern than a D 4L 91404 mid-production build. The Stop Solenoid for Deutz 912 913 914 cross reference fitment table we maintain accounts for these serial-level differences.

Port Position, Connector Type, and Mounting Pattern Verification

Before shipping, we check three physical interfaces: the fuel shutoff port orientation relative to the solenoid body, the electrical connector pin layout, and the mounting bolt hole spacing. The 35DZS1E2 and its superseded variant 35DVZS1E2 can differ in connector type — one may use a spade terminal while the other uses a sealed plug. Mounting flange thickness also varies between naturally aspirated and turbocharged variants like the TCD 6L 91406, affecting how the plunger seats in the fuel rack. [NEED_CITE: Deutz fuel shutoff solenoid interface specifications for air-cooled diesel engines]

Reading the Specs That Matter for Stop Solenoid Selection

The 12V rating means this solenoid is designed for standard mobile equipment electrical systems — installing it on a 24V circuit will burn out the copper winding within minutes. The integrated diode protects against voltage spikes when the solenoid de-energizes, which is critical in high-vibration environments where connector micro-arcing accelerates coil failure. The reinforced nylon housing handles operating temperatures from -40°C to 120°C, covering both cold-start mornings and sustained high-load operation in quarry or mining applications. The 100% duty cycle rating confirms the coil can remain energized continuously without thermal derating, which matters on equipment where the engine runs for extended shifts without shutdown.

The Hidden Cost of a Fitment Mismatch

A solenoid that arrives with the wrong port orientation does not just delay the repair — it forces the technician to improvise an adapter or re-drill the mounting flange, introducing leak paths and misalignment that cause early failure. A connector mismatch means splicing wires on a vibrating engine block, where the splice becomes the next failure point. These field workarounds cost more in labor and repeat downtime than verifying fitment before the order ships. [NEED_CITE: aftermarket solenoid fitment verification best practices for diesel engine auxiliary components]

What Sets This Sourcing Channel Apart

Our own production lines and qualified sourced supply share identical quality control standards and warranty terms, so a single account covers the entire repair list. The Guangzhou warehouse maintains stock on fast-failure items like stop solenoids for common Deutz variants, enabling immediate dispatch on standard configurations. We identify parts from a part number, a machine model, a photograph of the old unit, or a nameplate image — whichever starting point the buyer has. Cross-reference verification covers superseded numbers like 04233841 and 04234373, including alternate formats and spaced variants. Sample supply is available for physical fitment confirmation before a fleet-level commitment, eliminating the trial-fitment risk on the first machine.

Documentation & Verification

• Commercial invoice listing 35DZS1E2 with Deutz engine model cross-reference sheet
• Fitment table mapping OEM numbers 04233841 and 04234373 as reference only
• Dimensional check on port spacing, connector type, and mounting bolt pattern before dispatch
• Warranty terms document covering manufacturing defects for 3 to 12 months
• Packing photographs showing solenoid condition and labeling before crate closure
• HS code and customs documentation support for international shipment

Fitment Check Before Installation

• Compare port orientation on the new Stop Solenoid against the removed unit before mounting
• Verify electrical connector pin count and type match the engine harness plug
• Check mounting bolt hole spacing with calipers against the fuel pump flange
• Confirm plunger travel matches the fuel rack engagement depth on the specific engine serial
• If any dimension deviates, photograph both units and contact us for cross-reference correction

Sourcing the Right Solenoid for Your Engine Build

Provide the Deutz engine model and serial number from the nameplate, or send a photograph of the existing solenoid and its connector. If the nameplate is unreadable, the machine model and approximate production year allow us to narrow the serial range. For fleet orders, share the full engine list so we can cross-reference each unit and flag variant differences before quoting. Sample units ship for fitment trials on request.

Frequently Asked Questions

Q: How do I confirm this stop solenoid fits my specific Deutz engine model and serial range? A: Send us the engine model and serial number from the nameplate, or a clear photograph of the old solenoid showing the port and connector. We cross-reference against our verified fitment table covering all 912, 913, and 914 serial variants, including superseded numbers, and confirm compatibility before the order proceeds.

Q: My original part number is 04233841 — is 35DZS1E2 a valid replacement? A: Yes, 04233841 (cross-reference only) maps to 35DZS1E2 for specific Deutz engine serial ranges. We verify your engine's exact build against our cross-reference table to confirm the port position, connector type, and mounting pattern all match before confirming the interchange.

Q: Why are there multiple part numbers like 35DZS1E2 and 35DVZS1E2 — which one fits my engine? A: The 35DVZS1E2 is a variant designation used on certain Deutz engine builds, often differing in connector type or housing configuration. We check your engine serial number against both numbers to determine which variant was originally fitted and confirm which replacement applies.

Q: I only have the machine model, no readable part number — can you identify the correct solenoid? A: Yes. Provide the machine model and, if possible, a photograph of the engine nameplate or the solenoid itself. We use the machine model to narrow the Deutz engine serial range, then verify the correct stop solenoid variant through our cross-reference database and physical interface records.

Q: Can I get a sample to verify fitment before ordering for my fleet? A: Sample units are available for physical fitment and functional confirmation before you commit to a bulk order. Install the sample on one engine in your fleet, verify port alignment, connector engagement, and plunger operation, then proceed with confidence for the remaining units.