2006 New Holland LS180.B/LS185.B/LS190.B Repair Manual (837 P.)

Complete repair documentation for LS-series skid steers — hydraulic systems, engine, transmission, and chassis assemblies with factory torque specifications and service procedures.

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Document Details

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Document Number / Seller:
23793 / Michelle Scott
File Size:
57.08 MB
File Type:
PDF
Language:
English
Pages:
837
Printable:
Yes
Estimated Download Time:
1.17 Minutes
Delivery Format:
Digital (PDF) - Instant Access
Category:
Skid Steer Loader
Brand:
New Holland
Reviewed and Approved:
Dec 19, 2025
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Models Covered & Key Technical Specifications

New Holland LS180.B, LS185.B, LS190.B — 2006 Systematic Manufacturer Blueprint | Skid Steer Loader Repository.

  • Reference Velocity Specs: The hydrostatic pump displacement reaches 46 cc (2.81 in³) per revolution is set to the tandem axial piston architecture Requirements.

  • Integral Component Weight: For maximum horsepower output, the LS190.B engine specifies 60 kW (80.5 hp) gross bare engine rating Framework.

  • General Addressable Resolution: The diesel fuel tank capacity yields 81.4 L (21.5 US gal) for the LS190.B, LS185.B and LT190.B machine configuration Mapping.

  • Essential Reservoir Specs: The primary hydraulic system reaches 57 L (14.8 US gal) total capacity — established for full operational requirements Threshold.

  • Baseline Interference Fit: The drive motor maximum displacement dictates 470 cc (28.7 in³) at rated engine RPM for single speed and 2 speed operation Benchmarks.

  • Established Feed Speed: System relief valve pressure produces 20,498 kPa (205 bar) at 2300 rpm — specified as the main relief pressure control Range.

Professional Workshop Service Manual & Technical Specifications

Industrial Configuration Manual: Skid Steer Loader New Holland LS180.B, LS185.B, LS190.B 2006 - Comprehensive Repair & Maintenance Manual Engineering-Archive

Engine-Type: LS180.B (2006), LS185.B (2006), LS190.B (2006), LT185.B (2006), LT190.B (2006) // Repair-Classification: Distribution, Power Production, Transmission, Traveling Systems Logic // Application-Range: Skid Steer Loader Service and Technical Documentation.

Performance-Element Baseline Architecture
Total Document Pages 837 pages, 57.08 MB Complete service manual with ICE coding system
Hydraulic Systems Primary, Secondary, High-Flow circuits Detailed schematics and component specifications
Engine Specifications Family III diesel engines (3 and 4-cylinder) Technical data for three model variants

Diagnostic procedures address the systematic organization of this comprehensive reference through seven primary sections covering distribution systems, power production, power train, and traveling components. OEM specifications cover engine ratings, hydraulic displacement values, torque capacities, and system relief pressures across all model configurations. The document provides detailed information addressing primary hydraulic power systems (including pump specifications, relief valve settings, and charge pressure documentation), secondary hydraulic circuits, and high-flow hydraulic system layouts with component identification.

System operation descriptions cover engine and transmission functions, detailing both three-cylinder naturally aspirated and turbocharged engines alongside four-cylinder variants with specifications for bore, stroke, displacement, compression ratios, and power output ratings. The documentation addresses fuel and injection systems, air intake assemblies, engine coolant pathways, and lubrication system specifications. Assembly instructions are detailed for starting systems, electrical power distribution, alternator and battery configurations, and complete wiring harness identification through twenty-seven electrical schematic frames.

Hydraulic schematics are included for primary and secondary power systems presenting pump configurations, motor circuits, control valve assemblies, relief valve locations, and auxiliary system layouts. Steering component information is provided for hydrostatic transmission controls, servo piston adjustment procedures, and steering clutch assembly documentation. The manual documents torque specifications for bolt fasteners to ensure proper assembly stress control, with comprehensive tables for metric and decimal hardware across multiple grades and sizes.

The document includes chapters on power coupling, fixed coupling design, transmission hydrostatic systems with tandem axial piston pump specifications and radial piston drive motor configurations, traveling systems encompassing front and rear axles, final drive mechanisms, wheels and tracks, and parking brake hydraulic assemblies. Lighting system documentation covers marker lights, turn signals, beacons, work lights, and road lighting configurations specific to standard and European model variants.

Summary of Document Contents: The introduction and reference materials present conversion factors and torque specifications including bolt grades, hydraulic fitting torques, and pipe fitting pressure ratings. Distribution systems sections detail primary, secondary, and high-flow hydraulic power systems with complete electrical power and lighting documentation. Power production sections reference engine specifications, fuel system particulars, air intake documentation, engine coolant requirements, and starting system assembly details. Power train information encompasses power coupling configuration, hydrostatic transmission pump and motor disassembly procedures, servo control adjustments, and relief valve pressure testing. Traveling sections address front and rear axle assemblies, steering and parking brake systems, plus wheels and final drive components.

Methodically calling for systematic component maintenance, this technical manual provides complete reference data for service technicians requiring specifications, wiring diagrams, hydraulic schematics, torque values, and disassembly-assembly procedures across all major machine systems.

FAQ

Specify the **applicable** lubrication requirements for the hydrostatic pump. keyboard_arrow_down

52.6 litre/min (13.9 gpm) charge flow at rated engine RPM with 2482 kPa (24.8 bar) (360 psi) charge pressure ensures proper system operation and component protection.

What is the **exact** testing parameter for relief valve pressure verification? keyboard_arrow_down

35,991 kPa (5250 psi) system relief pressure setting applies to both forward and reverse hydrostatic pump circuits during operational diagnostics.

Calculate the **specific** diagnostic procedure for charge pump assessment. keyboard_arrow_down

2482 kPa (24.8 bar) minimum charge pressure at full throttle indicates proper pump and motor system health, with drops exceeding 138 kPa (1.5 bar) (20 psi) under load signaling internal leakage requiring repair.

What values are **designated** for the hydrostatic motor displacement range? keyboard_arrow_down

283 cc to 470 cc displacement variation between high-speed and low-speed ranges provides 240-400 RPM operational capability on LS180.B/LS185.B machines and 238-396 RPM on LS190.B models.

Assess the **critical** component identification specifications for the transmission relief system. keyboard_arrow_down

46 cc (2.81 in³) Sauer Sundstrand tandem axial piston pump with 1:1 engine-to-pump speed ratio requires 91-111 Nm (67-82 lb ft) bolt torque during assembly to maintain system integrity.

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Reviews (3)

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This manual is incredibly detailed and easy to follow, perfect for both beginners and pros. The download was smooth, and I received the link quickly!
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A fantastic resource for maintaining my LS skid steer. The sections are well organized, and the email support was super helpful when I had questions. Highly recommend!
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I found this manual invaluable for my skid steer repairs. The download process was seamless, and the quick responses from support made it even better. Worth every penny!