Hyster S3.50XM (S70XM), S4.00XM (S80XM), S4.50XM (S100XM), S5.50XM (S120XM), S5.50XMS (S120XMS), S4.00XM BCS (S80XM BCS), S4.50XM BCS (S100XM BCS), S5.50XMSPRS (S120XMSPRS) [E004] Forklift Trucks Pdf Repair Service Manual

Hyster S3.50XM (S70XM), S4.00XM (S80XM), S4.50XM (S100XM), S5.50XM (S120XM), S5.50XMS (S120XMS), S4.00XM BCS (S80XM BCS), S4.50XM BCS (S100XM BCS), S5.50XMSPRS (S120XMSPRS) [E004] Forklift Trucks PDF Repair Service Manual

Every machine in the E004 series carries two names. The metric designation — S3.50XM, S4.00XM, S4.50XM, S5.50XM — states rated capacity in tonnes. The imperial designation in brackets — S70XM, S80XM, S100XM, S120XM — states the same capacity in hundreds of pounds. They are the same machines. Parts records, service histories, and data plates on the same physical forklift may show either naming convention depending on the market the machine was sold into or the documentation system the facility uses. Before any service work starts, confirming which name your records use and matching it to the correct variant in this manual eliminates the most common source of specification error on E004 platforms — using a value from the S4.00XM entry when the machine's service record calls it an S80XM, not realising both refer to the same 8,000 lb capacity variant.

The Hyster E004 Repair Service Manual covers all eight variants of the XM series spanning 7,000 lb to 12,000 lb — including the S5.50XMS short mast configuration, the S4.00XM BCS and S4.50XM BCS fleet electrical variants, and the S5.50XMSPRS proportional hydraulic control valve configuration. Each carries service implications that require separate documentation. The E004 also represents a different production generation from the F004, which covers the same XM model names under a different series code — generation-specific hydraulic configurations and electrical layouts mean the two are not interchangeable from a service documentation standpoint.

Manual Technical Specifications

Why This Manual Matters for E004 Service

• Every E004 variant carries both a metric and an imperial model name — S4.00XM and S80XM are the same 8,000 lb machine, and the manual cross-references both naming conventions throughout so specifications are applied correctly regardless of which name appears in parts records or service history
• The E004 and F004 share XM model names across the same capacity range but represent different production generations — hydraulic circuit configurations and electrical layouts are generation-specific, and F004 documentation applied to an E004 machine produces incorrect values on multiple systems
• S5.50XMSPRS proportional valve calibration is a mandatory post-reassembly step — returning the machine to service without completing it leaves hydraulic response characteristics uncorrected in a way that is not apparent until the machine is working under load
• BCS control circuit differences from the standard XM baseline are documented separately — standard XM wiring references alone are insufficient for accurate fault isolation on S4.00XM BCS and S4.50XM BCS variants
• Clutch circuit pressure values are documented per capacity class across the 7,000 to 12,000 lb range — a single pressure figure does not apply uniformly to all eight variants and the manual identifies where per-class values are required

Purchasing From Manualskart

The E004 is listed separately from the F004 on Manualskart — both cover XM generation model names but at different production generations. The E004 listing includes all eight variants in a single document, with both metric and imperial model name references throughout so the correct specification is findable under whichever naming convention your records use.

• Immediate download after purchase — no processing delay
• Single purchase, permanent access with no renewal fees
• Full-text searchable PDF — both metric and imperial model designations are searchable within the document
• Printable by section for workshop bench use across multiple machines
• 30-day refund if the series code does not match your machine
• SSL-secured checkout via PayPal or card

Systems and Repair Coverage

Complete diagnostic, disassembly, and rebuild procedures for all eight E004 XM variants:

• Engine Overhaul and Fuel System: Cylinder bore and wear measurement, valve clearance per engine variant, cylinder head surface and valve seat service, head bolt torque sequence — LPG regulator and mixer calibration, petrol carburettor rebuild and float height setting, and diesel injection pump timing and nozzle return rate testing each covered with independent procedures specific to the E004 XM engine installation
• Mast and Hydraulic Lift Circuit: Standard XM mast channel wear and roller clearance for S3.50XM through S5.50XM variants, S5.50XMS short mast specifications documented in a dedicated section with independent channel dimensions and cylinder stroke values, lift cylinder bore condition and drift test under working load, seal replacement, tilt rod seal service, main relief valve calibration, load-hold valve leak test, and hydraulic pump output pressure and flow testing
• Proportional Control Valve Repair (S5.50XMSPRS): Valve body disassembly from E004 hydraulic layout, proportional spool condition assessment, solenoid coil resistance values specific to E004 PRS configuration, reassembly torque data, and mandatory post-reassembly calibration procedure documented in full — this calibration step is absent from standard XM control valve repair references and must be completed before returning the machine to service
• Powershift Transmission and Torque Converter: Stall test and rpm deviation interpretation, forward and reverse clutch circuit pressure testing with per-capacity values across the full 7,000 to 12,000 lb range, clutch pack disc and plate wear measurement, transmission disassembly from E004 XM chassis layout, modulation valve spool inspection, and symptom-based fault diagnosis for engagement harshness, direction change hesitation, and converter temperature conditions
• Drive Axle and Differential: Shaft spline condition assessment, ring and pinion backlash and mesh geometry setting, carrier bearing preload, axle housing weld stress inspection, hub bearing end-float, and seal replacement — S5.50XM load tolerances identified where the top capacity produces values that differ from the S3.50XM baseline
• Electrical System and BCS Circuit Diagnostics: Alternator output and starter draw testing, solenoid coil resistance per E004 XM specification, BCS variant control circuit procedures documented separately from standard XM wiring layout, seat switch and directional lever interlock tested as individual component checks, parking brake circuit continuity, engine sender test values, and instrument and warning circuit fault tracing
• Steering Axle and Brake Repair: King pin bore wear limit and replacement threshold, toe-in specification after axle rebuild, hub bearing preload adjustment, brake drum wear limit and lining minimum per capacity variant across the full range, wheel cylinder inspection and bleed sequence, pedal travel specification, and parking brake holding force test

Download the Hyster E004 XM Series Forklift Service Manual PDF

Whether your records show S4.50XM or S100XM, the series plate confirms E004 and this is the correct factory document — access the complete Hyster S70XM S80XM S100XM S120XM E004 repair manual immediately at Manualskart.com and find the E004 alongside the F004 and the full XM generation range in the Hyster Service Manual Collection. This Hyster E004 service manual PDF is a 930+ page generation-specific document covering all eight variants with dual metric and imperial naming references, BCS circuit procedures, short mast specifications, and PRS calibration data — the complete E004 platform in a single download.

Frequently Asked Questions

My machine plate shows S4.00XM but my parts record says S80XM — which is correct for this manual?
Both are correct — S4.00XM and S80XM are the same 8,000 lb machine identified by metric and imperial naming conventions respectively. This manual cross-references both designations throughout so the correct specifications are findable under whichever name your records use. No conversion or separate lookup is required.

How does the E004 differ from the F004 covering the same XM model names?
E004 and F004 are different production generations sharing the same XM model designations. Hydraulic circuit configurations, electrical layouts, and component test values are generation-specific — F004 procedures applied to an E004 machine produce incorrect values on hydraulic, electrical, and mechanical systems. The series code on the data plate is the only reliable way to confirm which generation document applies.

Is the S5.50XMSPRS proportional valve calibration documented in full?
Yes. The complete post-reassembly calibration procedure for the S5.50XMSPRS proportional control valve is documented within the hydraulic section — including solenoid coil test values, spool condition assessment, and the step-by-step calibration sequence that must be completed after any valve disassembly before the machine returns to service.

Are BCS variant electrical procedures separated from standard XM wiring references?
Yes. The S4.00XM BCS and S4.50XM BCS control circuit procedures are documented separately from the standard XM electrical layout. Fault diagnosis on BCS variants uses the BCS-specific references rather than standard XM wiring, preventing incorrect isolation conclusions on machines where the two circuit layouts differ.