1999 New Holland LM 410 / LM 630 / LM 640 & 8060 Engine Service Manual

Complete engine, fuel system & powertrain diagnostics covering IVECO diesel specifications, BOSCH injection pump VE 4/11 & VE 4/12, torque convertor ratios 2.34:1-2.63:1, and transmission rebuild procedures

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Document Details

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Document Number / Seller:
23653 / Linda Jones
File Size:
23.58 MB
File Type:
PDF
Language:
English
Pages:
622 - 7 sections
Printable:
Yes
Category:
Telehandler
Last updated / verified
May 7, 2025

Models Covered & Key Technical Specifications

New Holland LM 410, LM 630, LM 640 & 8060 — 1999 Comprehensive Strategic Documentation | Engine & Powertrain Module.

  • Established Output Performance: The 75 hp model generates 56 kW (75 hp) is calibrated to a maximum rated power Architecture, while the 106 hp turbocharged variant reaches 78 kW (106 hp) at 2300 rpm Bounds.

  • Operational Linear Velocity: Engine idle speed of 625–675 rev/min is calibrated to the low-load operational range, and maximum no-load speed reaches 2350–2400 rev/min Topology.

  • Essential Gross Dimensions: Total engine displacement measures 3908 cm³ (238.5 in³) across the 4-cylinder inline configuration determines the combustion chamber volume Matrix.

  • Calibrated Rotational Force: Maximum torque output reaches 275 N·m (202.6 lb-ft) at 1400 rpm for the 75 hp model and 376 N·m (277.2 lb-ft) at 1600 rpm for the turbocharged variant Standards.

  • Measured Play Limits: Crankshaft assembly endfloat specifies 0.082–0.334 mm (0.0032–0.013 in) within design tolerance, with maximum permitted wear endfloat of 0.40 mm (0.01576 in) Protocol.

  • Specific Burn-in Temperature: Thermostat opening temperature initiates at 79°C (174°F) and reaches fully open condition at 93–96°C (199–205°F) to regulate engine coolant circulation Margin.

Professional Workshop Service Manual & Technical Specifications

Operational Diagnostic Assembly Manual: Telehandler Official New Holland LM 410, LM 630, LM 640 & 8060 (1999) Engine Service Manual - Fuel System & Powertrain Diagnostics Documentation-Set

Performance-Values: LM 410, LM 630, LM 640, 8060 Engine Model (1999) // Engineering-Base: Diesel Fuel System, Powertrain Operation Reference // Application-Range: 75 hp, 106 hp Turbocharged Engine Models.

Assessment-Parameter Rating Calibration-Standards
Engine Coverage Comprehensive 4-cylinder diesel, direct injection specifications documented
Fuel System Documentation Complete Bosch VE-series injection pump, rotary distributor type
Transmission Content 4-Speed & Shuttle Options Power Shuttle T4-2024 and Power Shift T12000 systems included
Electrical Schematics Dual Configuration Powershift and Powershuttle wiring diagrams provided
System Specifications Detailed Reference Torque specifications, clearance data, component identification included

Efficiently calling for comprehensive reference material, this 622-page service documentation addresses engine disassembly, fuel delivery system architecture, transmission hydraulic operation, and electrical component integration. Reference chapters include engine overhaul procedures with piston-ring specifications, cylinder-liner dimensional data, crankshaft journal clearance documentation, valve timing geometry, and cooling system circulation patterns. Covering fuel system general architecture, the manual documents Bosch injection pump calibration data for both 75 hp naturally aspirated and 106 hp turbocharged engine variants, including fuel supply pump data, injector pressure setting parameters, and turbocharger operational reference material.

Verification procedures are included for compression testing across all cylinders, lubrication circuit operation at varying engine speeds, and coolant mixture composition requirements. The document includes wiring diagram collections for both powershuttle transmission models and powershift transmission variants, addressing starting circuits, warning light integration, transmission solenoid control, and operator control lever functionality. Repair information is provided for alternator charging system testing, battery maintenance protocols, starter motor component inspection, and electrical system fault-finding procedures.

Clearance measurements are addressed for main bearing journal fits, connecting rod small-end bushing clearance, piston running tolerance in cylinder liners, valve stem-to-guide clearance parameters, and camshaft journal bearing wear limits. Special procedures are addressed for rotor-type oil pump service, thermostat housing replacement, fuel filter cartridge maintenance, and transmission hydraulic clutch pack operation. The manual documents torque specifications for the engine block assembly, including cylinder head bolt tightening sequences with angular rotation stages, main bearing cap fastener requirements, and connecting rod cap bolt tension parameters.

The document includes coverage of transmission power flow through forward and reverse clutch engagement, 4-speed synchronized gearbox ratios ranging from 4.824:1 in first gear through 0.792:1 in fourth gear, and torque converter stall speed reference data. Hydraulic system pressure test points are documented at multiple transmission locations, with pressure specifications for torque converter inlet, forward and reverse clutch packs, and cooling system oil flow requirements across engine speed ranges. The manual documents torque specifications for fuel system components to ensure proper injector nozzle alignment, pump mounting security, and fuel delivery line connection integrity.

Performance-Values: 635 pages // Engineering-Base: Section 1 (Engine/Fuel), Section 2 (Electrical), Section 3 (Transmissions) // Application-Range: Factory service reference, authorized dealer technical resource.

FAQ

What are the **proper** clearance measurements for hydraulic system operation? keyboard_arrow_down

0.050-0.100 mm assembly clearance between the fuel supply pump shaft and bushings is required for correct operation and efficiency.

Specify the **standard** torque specifications for cylinder head bolts. keyboard_arrow_down

40 N·m initial torque followed by 240° angular rotation is the two-stage tightening procedure to achieve 140-220 N·m stabilized torque on cylinder head bolts.

What is the **necessary** safety precaution before disconnecting battery leads during maintenance? keyboard_arrow_down

Disconnect the negative battery cable before performing any electrical system service or welding operations to prevent accidental short circuits and protect electronic components from damage.

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Reviews (4)

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This manual is a lifesaver for maintaining my New Holland machinery. The detailed sections are easy to follow and really help with troubleshooting. Highly recommend!
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The instructions are clear and concise, making repairs straightforward. The download process was seamless and the support team was very responsive!
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Rated 4 out of 5 stars
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The email with the download link arrived quickly, and the manual itself is incredibly detailed. Perfect for both beginners and pros!