New Holland E215 Crawler Excavator Shop Manual, 2006 (P/N 87360601 NA)

The January 2006 New Holland E215 Crawler Excavator Shop Manual, P/N 87360601 NA, covers the E215’s factory systems and service procedures, with LC dimensional references and separate Long Reach configuration data.

PDF Search, Bookmarks and Page Details

Search and diagram detail: Text search is available in parts of the manual. The reproduced engine pages, several wiring sheets and some test tables do not support reliable text search. Embedded bookmarks reach the main sections and many chapter contents, but not every subsection. Small wiring and connector labels require zooming.

This single printable English PDF contains 1,007 pages: 1,006 pages of manual material plus one added front page. Original covers, notes pages and foldout placeholders are included in that total.

Excavator Repairs and Mechatro Diagnosis

The following selected content highlights outline the main workshop coverage. Other topics include transport preparation and machine lifting arrangements.

• Attachments and upper structure: Removal and installation of the bucket, arm, boom, cab, counterweight, engine, hydraulic pump, control valve, pilot valves, swing motor, swivel joint and upper frame.

• Hydraulic component repair: Main-pump and regulator disassembly and assembly, pilot-valve service, swivel-joint overhaul, and cylinder inspection, resealing, assembly and final testing.

• Crawler and travel system: Track, upper/lower roller, front idler and adjuster service, sprocket replacement, travel-motor and reduction-unit repair, and swing-bearing work.

• Mechatro and hydraulic testing: Controller self-diagnosis, service diagnostics, trouble history, pilot/main relief testing, cylinder cycle and drift checks, and swing/travel performance tests.

• Electrical fault tracing: Electric Circuit Diagrams A–C, harness and connector layouts, controller and instrument-panel connections, and symptom-based starting, travel, swing and attachment troubleshooting.

• Air conditioning: Blower and controller service, refrigerant evacuation and charging, air-tightness checks, and functional testing of sensors, relays, actuators and the pressure switch.

• Engine repair: Compression and valve-clearance checks, internal engine inspection, fuel-system adjustment, cooling-system service, turbocharger repair, and alternator, starter and preheater diagnosis.

The repair, test and overhaul material is best suited to professional technicians and experienced heavy-equipment mechanics with suitable lifting equipment, hydraulic test gear and electrical diagnostic capability.

Machine Configuration and Work Planning

Standard-machine chapters supply dimensions, working weights, digging forces, bucket selection, component weights, performance data and lifting-capacity tables for European and KAI specifications. Boom, arm and bucket drawings include pin-to-bushing clearances, thrust clearances and inspection limits.

The Long Reach subsection is headed for E215, but its source note identifies the reference machine as the SK210 LC-VI 50 ft Long Reach. Its dimensions, working ranges, digging forces, bucket data and standard/heavy-lift charts are configuration-specific references; they should not be applied indiscriminately to other Long Reach builds.

Factory labor-time tables support work planning for attachments, cab and guard, swing frame, travel system, electrical equipment, cooling, engine and fuel-system operations. The tables distinguish included work from operations requiring separate allowances.

Hydraulic Testing and Coverage Limits

Hydraulic foldouts: The chapter 22 foldout set is not included. The two pages reserved for it contain headings only. Component-level hydraulic schematics remain elsewhere in the manual, but this PDF does not provide the complete foldout package listed in that chapter’s contents.

Control-valve assembly: The supplied assembly text begins partway through the sequence. Related component drawings, assembly passages, maintenance standards and troubleshooting remain available.

The test material extends to swing- and travel-motor case-drain checks, bearing movement measurements and the controller’s Adjustment “A” procedure. That procedure covers governor-motor setup and controller learning, with preliminary checks and final engine-speed verification.

Engine and Cab Systems

The Mitsubishi 6D34-TEB material covers the cylinder head and valves, timing gears, camshaft, pistons, connecting rods, liners, crankshaft and crankcase. Separate sections address lubrication, injection timing, minimum/maximum no-load speed adjustment, injection-pump removal and nozzle inspection.

Cooling-system service includes the water pump, thermostat and belt drive. Turbocharger, alternator and starter repair are supported by inspection standards, with preheater and engine-starting circuit checks.

The air-conditioning chapter addresses the R134a system and SP20 refrigerant oil, including component-specific oil allowances and electrical diagnosis.

Schematics, Tools and Inspection Data

Named references include the Mechatro Control System diagram, Regulator Hydraulic Circuit, control-valve Hydraulic Circuit, Electric Circuit Diagrams A–C, Harness Connection Drawing and Engine Starter Circuit. These connect system operation and circuit tracing with the relevant component inspections.

Workshop data includes component-specific torque tables, hydraulic test specifications, wear limits, clearances, fluid and refrigerant information, electrical test values and post-assembly inspection criteria.

Numbered tools include pump-suction Allen wrench ZT22A10000, swing-motor port spanner ZT12A36000 and compression-gauge adapter MH061460. Dimensioned cylinder-service jig drawings also support workshop tool fabrication.

Repair-Critical Notes

The cylinder overhaul section warns that contamination can score the tube and piston rod and damage the piston seals; it also documents seal orientation and post-assembly function and leakage checks. In the engine cooling section, excessive V-belt tension is specifically identified as a cause of belt and bearing damage.

Hydraulic pressure must be relieved before lines or components are opened, and the boom, cab, counterweight, cylinders and crawler components require capacity-rated lifting and support equipment. Follow the manual’s machine-specific safety preparations before beginning any repair involving stored pressure or suspended loads.

Selected Valve-Clearance and Pump-Wear Specifications

Cold intake and exhaust valve clearance for the 6D34-TEB is 0.4 mm in the engine adjustment data.

The main-pump inspection table gives a standard piston-to-cylinder-bore clearance of 0.039 mm and a recommended replacement value of 0.067 mm. These distinguish the standard clearance from the wear criterion used when assessing piston or cylinder replacement.