Target User:
Owners and operators of Case IH 395 and 495 tractors
Manual Purpose:
To provide comprehensive guidance on safe operation, routine maintenance, and basic troubleshooting.
Competitive Landscape Inference:
Competed with similar utility tractors from manufacturers like John Deere, Ford/New Holland, Massey Ferguson, and others during its production run.
Primary Coverage:
Operation and maintenance of Case IH 395 and 495 Tractors
Operational Aspects:
Covers the setup and utilization of the tractor in various field conditions.
Storage Procedures:
Guidance on proper long-term and short-term storage of the tractor.
Download Availability:
Instant Download
Edition:
The Last Edition
Operating Systems:
All Versions of Windows, Mac, iOS, BB, Android
Viewing Capabilities:
Viewable on any computer, zoomable, printable
Reader Requirement:
Latest version of Adobe Acrobat Reader recommended
Major Systems:
Operating Controls, Electrical System, Lubrication System, Hydraulic System (implied by field operation), Drivetrain (implied by transmission and tire/wheel sections)
Specific Systems:
Safety, Decals, Specifications, Lubrication, Operating Controls, Operating Instructions, Field Operation, Tires/Wheels/Spacing/Ballast, Lubrication/Maintenance Charts, Lubrication/Filters/Fluids, Maintenance/Adjustments, Electrical System, Storage
Electrical System Coverage:
Details on the tractor's electrical system, likely including battery, charging system, starter, and basic lighting circuits.
Operational Procedures:
Operating instructions, Field operation, Storage procedures
Maintenance Procedures:
Maintenance schedule, Lubrication procedures, Filter replacement, Fluid checks and changes, Adjustments
Troubleshooting:
Brief troubleshooting section
Depth Of Information:
Covers essential operator information, maintenance, and basic troubleshooting, suitable for owner-level understanding and execution.
Diagnostic Coverage Inference:
While not a full service manual, the troubleshooting section and adjustment procedures provide enough detail for basic problem diagnosis and resolution.
Engine Family Inference:
Likely Perkins or Case-manufactured diesel engines, common for this era and class of tractor.
Horsepower Range Inference:
Expect a horsepower range suitable for utility tractor applications, typically 40-70 HP for models like these, though specific figures require detailed engine data.
Lubrication Section Coverage:
Detailed in 'Lubrication' and 'Lubrication/Maintenance Charts' sections, covering oil types, capacities, and change intervals.
Engine Configuration Inference:
Likely naturally aspirated, 3 or 4-cylinder diesel engines.
Transmission Type Inference:
Likely a manual transmission, potentially with a synchronized gearbox and a high-low range selector (e.g., 8F/4R or similar).
Transmission Features Inference:
Optional creeper gears or powershift options may have been available depending on the specific configuration. PTO options are also typical.
Transmission Fluid Spec Inference:
Likely requires a Universal Tractor Transmission Oil (UTTO) or equivalent specialized fluid, with capacities specified in the lubrication section.
Pto Coverage Inference:
PTO operation and maintenance, including speeds (e.g., 540 RPM, 1000 RPM) and engagement, would typically be covered.
Wheelbase Inference:
Tractor-specific dimensions including wheelbase, overall length, width, and height would be detailed in the Specifications section.
Operating Weight Inference:
Operating weight and typical ballast recommendations would be found in the Specifications and Tires/Wheels/Spacing/Ballast sections.
Tire Specifications Coverage:
Tire sizes, pressures, and spacing configurations for front and rear axles are covered.
Ground Clearance Inference:
Ground clearance specifications would be present in the 'Specifications' section, crucial for field operation.
Safety Decal Coverage:
Includes a section on 'Decals' which likely references safety-related labels and warnings on the machine.
Operator Safety Procedures:
Detailed in 'Safety' section, covering proper operating techniques, hazard identification, and protective measures.
Machine Safety Features Inference:
While an operator's manual, it may reference features like PTO shields, brake interlocks, and operator presence controls if applicable to the models.
Maintenance Schedule Coverage:
A dedicated 'Maintenance Schedule' is included, outlining recommended service intervals for various checks and component servicing.
Lubrication Fluid Details:
The 'Lubrication/Filters/Fluids' section specifies required lubricants, hydraulic fluids, coolant types, and their respective capacities and change intervals.
Hydraulic System Fluid:
Specifics on hydraulic fluid type and capacity are crucial for the operation of implements and the tractor's own systems.
Common Wear Points Inference:
While specific known issues are not detailed in the product description, an operator's manual typically guides on preventing common wear, such as proper clutch operation, timely filter changes, and hydraulic system care.
Adjustment Procedures:
The 'Maintenance/Adjustments' section covers common adjustments like valve lash, brake adjustments, and clutch pedal free play, ensuring optimal performance and longevity.
Clutch Adjustment Inference:
Procedures for ensuring correct clutch engagement and disengagement.
Filter Part Numbers Inference
Filter Information:
Though not explicitly stated, a comprehensive maintenance section in a 205-page manual would typically include references or part numbers for key filters (oil, fuel, hydraulic, air).
Brand Context:
Case IH is a major agricultural machinery manufacturer with a long history dating back to J.I. Case in the 19th century, known for its reliable tractors and equipment.
Model Series Context:
The 395 and 495 likely represent utility or small-to-medium farm tractors from the late 1980s or 1990s, a period of consolidation and model refinement within the agricultural industry.
Manufacturing Location Inference:
Case IH tractors of this era were often manufactured in Europe (e.g., UK or France) or North America.
