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Rover 400 Series 1990-1999 Workshop Service Repair Manual

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$133.00
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$133.00
通常価格
🏷️ Basic Information Identification Make: Rover Model: 400 Series Model Codes: Possible codes include RT, XW, and potentially others depending on specific body styles and engine options within the series. Generation Generation Designation: Covers the first generation (SD) and potentially the early part of the second generation (HH) depending on precise overlap. The 1990-1999 range captures a significant portion of the first generation and the entirety of its successor before the Rover 45. Codes Production Period: 1990-1999 👋 Introduction Market Position Market Segment: Compact family car segment. Competed with vehicles like the Ford Escort, Vauxhall Astra/Opel Astra, Volkswagen Golf, and Peugeot 306. Competitive Analysis Key Competitors: Ford Escort, Vauxhall/Opel Astra, Volkswagen Golf, Peugeot 306, Renault 19, Fiat Tipo. Key Features Design Philosophy: The Rover 400 Series aimed to offer a blend of British comfort, refinement, and modern styling, often positioned as a more premium offering within its class, especially with Honda-derived engineering. Target Audience: Families and individuals seeking a reliable, comfortable, and stylish compact car with a reputation for good build quality, partly due to its Honda partnership. 📋 Manual Details Coverage Areas Geographic Coverage: Primarily European markets where the Rover 400 Series was sold. Specific market variations are generally not detailed in such manuals unless they significantly impact repair procedures. Page Count Page Count: 374 Manual Type Manual Type: Workshop Service Repair Manual Language Language: English Format File Format: PDF Download Method: Instant Download 📖 Manual Coverage Systems Covered Engine Systems: Engine mechanicals (disassembly, assembly, overhaul), lubrication system, cooling system, fuel system (carburetor and fuel injection), ignition system, emission control systems, engine management. Transmission Systems: Manual transmission (gearbox overhaul, clutch service), automatic transmission (service and troubleshooting, where applicable). Drivetrain Systems: Front-wheel drive components, driveshafts, differentials, axle shafts. Suspension Systems: Front and rear suspension, shock absorbers, springs, control arms, anti-roll bars, steering knuckle. Braking Systems: Hydraulic brake system, disc brakes, drum brakes, ABS (Anti-lock Braking System) where fitted, parking brake. Steering Systems: Manual steering system, power steering system (components, service, hydraulic troubleshooting). Electrical Systems: Battery, charging system (alternator, regulator), starting system (starter motor), ignition system, lighting system, instrumentation, power accessories, wiring diagrams, fuses and relays. Body Systems: Body construction, exterior panels, doors, hood, trunk lid, interior trim, glass replacement, body repair techniques, rust prevention. HVAC Systems: Heating, ventilation, and air conditioning (HVAC) system components, operation, and service. Safety Systems: Seat belts, airbags (if applicable to the specified years), other passive safety features. Procedures Included Maintenance Procedures: Scheduled maintenance, fluid changes (oil, coolant, brake fluid), filter replacements, lubrication, tune-up procedures. Troubleshooting Procedures: System-specific diagnostic charts, symptom-based troubleshooting guides, fault code interpretation (for applicable models). Repair Procedures: Detailed step-by-step instructions for removal, disassembly, inspection, repair, reassembly, and installation of all major vehicle components and systems. Adjustment Procedures: Carburetor adjustments, ignition timing, valve clearances, brake adjustments, steering alignment, clutch adjustment. Installation Procedures: Installation of new or reconditioned components, accessories, and replacement parts. Special Tool Usage: Identification and usage of specific factory-recommended tools for specialized repair tasks. Technical Depth Technical Depth Level: Comprehensive, covering everything from basic maintenance and adjustments to complete engine and transmission overhauls, electrical diagnostics, and body repair. Detail Level: Detailed step-by-step instructions, pictorial diagrams, exploded views, schematics, and technical specifications. Data Provision: Includes service data, specifications, tightening torques, wear limits, and diagnostic information. 📊 Manual Specifications File Format PDF Quality: High-quality, ensuring clarity of text and diagrams. Pages are printable. Searchability: Likely text-searchable within Adobe Reader, allowing quick location of specific topics. Compatibility: Windows, Mac, and Linux OS compatible. Print Quality Printability: Yes, all pages are printable for convenient workshop use. Binding Type Binding Type: Digital (PDF) - No physical binding. Paper Type Paper Type: N/A (Digital format). Requirements Software Requirement: Adobe Reader required for viewing. ⚙️ Engine Specifications Primary Engine Engine Family: Honda D-Series (e.g., D14, D16) and Rover K-Series (e.g., K16) engines were prominent. Displacement Range: Common displacements included 1.4L, 1.6L, and potentially 1.8L or 2.0L diesel variants. Performance Horsepower Range: Typically ranging from approximately 75 hp for 1.4L engines to over 100 hp for 1.6L engines, with performance variants like the 420 GSi potentially offering more. Torque Range: Corresponding torque figures would vary significantly based on engine size and type. Fuel System Fuel Delivery: Electronic Fuel Injection (EFI) for most petrol engines. Some earlier models or specific variants might have used carburetors, but EFI became standard. Engine Management: Engine Control Unit (ECU) controlled fuel injection, ignition timing, and other engine parameters. 🔧 Transmission Standard Manual Transmission: Five-speed manual transmission was standard on most models. Optional Automatic Transmission: A four-speed automatic transmission was typically an optional upgrade on many variants. Features Clutch Type: Single dry plate, diaphragm spring clutch. 📐 Dimensions Exterior Body Styles: Available as a 4-door saloon (sedan) and a 5-door hatchback. Some markets may have had other variants. Wheelbase: Approximately 2550 mm (100.4 inches), though...
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Rover 400 Series 1990-1999 Workshop Service Repair Manual
🏷️ Basic Information
Identification
Make:
Rover
Model:
400 Series
Model Codes:
Possible codes include RT, XW, and potentially others depending on specific body styles and engine options within the series.
Generation
Generation Designation:
Covers the first generation (SD) and potentially the early part of the second generation (HH) depending on precise overlap. The 1990-1999 range captures a significant portion of the first generation and the entirety of its successor before the Rover 45.
Codes
Production Period:
1990-1999
👋 Introduction
Market Position
Market Segment:
Compact family car segment. Competed with vehicles like the Ford Escort, Vauxhall Astra/Opel Astra, Volkswagen Golf, and Peugeot 306.
Competitive Analysis
Key Competitors:
Ford Escort, Vauxhall/Opel Astra, Volkswagen Golf, Peugeot 306, Renault 19, Fiat Tipo.
Key Features
Design Philosophy:
The Rover 400 Series aimed to offer a blend of British comfort, refinement, and modern styling, often positioned as a more premium offering within its class, especially with Honda-derived engineering.
Target Audience:
Families and individuals seeking a reliable, comfortable, and stylish compact car with a reputation for good build quality, partly due to its Honda partnership.
📋 Manual Details
Coverage Areas
Geographic Coverage:
Primarily European markets where the Rover 400 Series was sold. Specific market variations are generally not detailed in such manuals unless they significantly impact repair procedures.
Page Count
Page Count:
374
Manual Type
Manual Type:
Workshop Service Repair Manual
Language
Language:
English
Format
File Format:
PDF
Download Method:
Instant Download
📖 Manual Coverage
Systems Covered
Engine Systems:
Engine mechanicals (disassembly, assembly, overhaul), lubrication system, cooling system, fuel system (carburetor and fuel injection), ignition system, emission control systems, engine management.
Transmission Systems:
Manual transmission (gearbox overhaul, clutch service), automatic transmission (service and troubleshooting, where applicable).
Drivetrain Systems:
Front-wheel drive components, driveshafts, differentials, axle shafts.
Suspension Systems:
Front and rear suspension, shock absorbers, springs, control arms, anti-roll bars, steering knuckle.
Braking Systems:
Hydraulic brake system, disc brakes, drum brakes, ABS (Anti-lock Braking System) where fitted, parking brake.
Steering Systems:
Manual steering system, power steering system (components, service, hydraulic troubleshooting).
Electrical Systems:
Battery, charging system (alternator, regulator), starting system (starter motor), ignition system, lighting system, instrumentation, power accessories, wiring diagrams, fuses and relays.
Body Systems:
Body construction, exterior panels, doors, hood, trunk lid, interior trim, glass replacement, body repair techniques, rust prevention.
HVAC Systems:
Heating, ventilation, and air conditioning (HVAC) system components, operation, and service.
Safety Systems:
Seat belts, airbags (if applicable to the specified years), other passive safety features.
Procedures Included
Maintenance Procedures:
Scheduled maintenance, fluid changes (oil, coolant, brake fluid), filter replacements, lubrication, tune-up procedures.
Troubleshooting Procedures:
System-specific diagnostic charts, symptom-based troubleshooting guides, fault code interpretation (for applicable models).
Repair Procedures:
Detailed step-by-step instructions for removal, disassembly, inspection, repair, reassembly, and installation of all major vehicle components and systems.
Adjustment Procedures:
Carburetor adjustments, ignition timing, valve clearances, brake adjustments, steering alignment, clutch adjustment.
Installation Procedures:
Installation of new or reconditioned components, accessories, and replacement parts.
Special Tool Usage:
Identification and usage of specific factory-recommended tools for specialized repair tasks.
Technical Depth
Technical Depth Level:
Comprehensive, covering everything from basic maintenance and adjustments to complete engine and transmission overhauls, electrical diagnostics, and body repair.
Detail Level:
Detailed step-by-step instructions, pictorial diagrams, exploded views, schematics, and technical specifications.
Data Provision:
Includes service data, specifications, tightening torques, wear limits, and diagnostic information.
📊 Manual Specifications
File Format
PDF Quality:
High-quality, ensuring clarity of text and diagrams. Pages are printable.
Searchability:
Likely text-searchable within Adobe Reader, allowing quick location of specific topics.
Compatibility:
Windows, Mac, and Linux OS compatible.
Print Quality
Printability:
Yes, all pages are printable for convenient workshop use.
Binding Type
Binding Type:
Digital (PDF) - No physical binding.
Paper Type
Paper Type:
N/A (Digital format).
Requirements
Software Requirement:
Adobe Reader required for viewing.
⚙️ Engine Specifications
Primary Engine
Engine Family:
Honda D-Series (e.g., D14, D16) and Rover K-Series (e.g., K16) engines were prominent.
Displacement Range:
Common displacements included 1.4L, 1.6L, and potentially 1.8L or 2.0L diesel variants.
Performance
Horsepower Range:
Typically ranging from approximately 75 hp for 1.4L engines to over 100 hp for 1.6L engines, with performance variants like the 420 GSi potentially offering more.
Torque Range:
Corresponding torque figures would vary significantly based on engine size and type.
Fuel System
Fuel Delivery:
Electronic Fuel Injection (EFI) for most petrol engines. Some earlier models or specific variants might have used carburetors, but EFI became standard.
Engine Management:
Engine Control Unit (ECU) controlled fuel injection, ignition timing, and other engine parameters.
🔧 Transmission
Standard
Manual Transmission:
Five-speed manual transmission was standard on most models.
Optional
Automatic Transmission:
A four-speed automatic transmission was typically an optional upgrade on many variants.
Features
Clutch Type:
Single dry plate, diaphragm spring clutch.
📐 Dimensions
Exterior
Body Styles:
Available as a 4-door saloon (sedan) and a 5-door hatchback. Some markets may have had other variants.
Wheelbase:
Approximately 2550 mm (100.4 inches), though variations might exist between saloon and hatchback.
Overall Length:
Varied by body style, generally around 4200-4300 mm.
Weights
Curb Weight:
Ranged from approximately 1050 kg to 1250 kg depending on engine, transmission, and specification.
🛡️ Safety Features
Ratings
Crash Test Performance:
Euro NCAP ratings for this era were less standardized. Early models would likely have had basic safety features. Later models may have incorporated improvements.
Active Features
Active Safety:
Anti-lock Braking System (ABS) was often an optional extra or standard on higher trim levels.
Passive Features
Passive Safety:
Seat belts (pre-tensioners may have been present on later models), collapsible steering column, reinforced safety cell. Airbags were typically optional or standard on top trims.
💡 Technology Features
Infotainment
Audio System:
Factory fitted radio/cassette players were common, with CD players becoming available on higher trims or as options during the later years of production. Basic speaker systems.
Driver Assistance
Driver Assistance Features:
ABS was the primary advanced driver assistance system available, usually as an option. Parking sensors and advanced stability control were not common.
Connectivity
Connectivity Features:
Limited connectivity by modern standards. Basic remote central locking and alarm systems might have been available on higher trims.
🔧 Maintenance
Service Intervals
Oil Change Interval:
Typically every 6,000-10,000 miles or 12 months, depending on driving conditions and oil type used. Specific interval for Rover K-series engines might be tighter. Check manual for precise recommendations.
Timing Belt Replacement:
For Rover K-series engines, timing belt replacement is critical, usually around 60,000 miles or 5 years. Failure can cause catastrophic engine damage. Honda D-series engines might use timing chains or belts with different intervals.
Fluid Specifications
Engine Oil Specification:
API SG/SH or ACEA A1/A2/A3. Viscosity typically 5W-30, 5W-40, or 10W-40 depending on climate. Refer to manual for precise grades.
Coolant Specification:
Ethylene glycol-based antifreeze, typically a 50/50 mix with distilled water. Consult manual for specific OAT or HOAT coolant compatibility.
Brake Fluid Specification:
DOT 3 or DOT 4 glycol-based brake fluid.
Transmission Fluid Manual:
API GL-4 or GL-5 gear oil. Viscosity typically 75W-80 or 75W-90.
Transmission Fluid Automatic:
Typically Dexron II or equivalent for the automatic transmission.
Known Issues
Cooling System K Series:
Head gasket failures are a known potential issue with Rover K-series engines, often exacerbated by coolant loss or incorrect bleeding procedures. The 'dog leg' hose and coolant leak issues are particularly noted.
Electrical Issues:
Corrosion on electrical connectors, particularly in older models, can lead to intermittent faults in lighting, ignition, and engine management systems.
Suspension Wear:
Bushings, ball joints, and anti-roll bar links can wear over time, leading to knocking noises and degraded handling.
Rust:
Like many vehicles of this era, rust can be an issue in common areas such as wheel arches, sills, and around window seals.
📚 Vehicle History
Brand Heritage
Rover Heritage:
Rover, a historic British marque, was known for its blend of comfort, luxury, and durability. The 400 Series continued this tradition, albeit within the compact segment.
Model Evolution
First Generation:
Launched in 1990, the first generation Rover 400 (SD) was a significant departure, featuring extensive Honda collaboration, particularly in its platform and powertrains. It was available in saloon and hatchback forms.
Second Generation:
The second generation (HH) arrived around 1995, introducing revised styling, updated interiors, and further refined powertrains. It continued the Honda partnership with shared platforms and engines.
Production
Production Locations:
Primarily manufactured in the United Kingdom.
Production End Year:
The 400 Series was succeeded by the Rover 45 in 1999, although production overlap may have occurred.
🏆 Awards & Recognition
Recognitions
Industry Recognition:
While specific awards are not widely documented, the Rover 400 Series was generally well-received for its comfort and refinement, particularly benefiting from the Honda engineering influence. It was a solid contender in its segment.
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