Search Results for: manual nissan patrol (4,867 results)

650 / Arctic Cat Inc.

Production/model years: 2004

QT50J, MA50 Yamahopper / Yamaha Motor Co., Ltd

• Yamaha QT50J Service/Repair Manual
• Yamaha QT50J Owners/Users Manual

FJ1100, FJ1200 (L-D) / Yamaha Motor Corporation, Ltd

1986, 1987, 1988, 1989, 1990, 1991, 1992, 1993

XT 600 EB / Yamaha Corporation

Production year(s): 1984, 1985, 1986, 1987, 1988, 1989, 1990, 1991, 1992, 1993, 1994, 1995, 1996, 1997, 1998, 1999, 2000, 2001, 2002, 2003

Kohler twin cylinder engines

• K482, K532, K852, K662
• Command Pro CS Series 4-12 HP Horizontal Crank Engines
• Command 5HP & 6HP Engines

Chevrolet Corvette

Production year(s): 1983, 1984, 1985, 1986, 1987, 1988, 1989, 1990

• 2003-2007 Saab 9-3

• LS160 (1999–2005)
• LS170 (1999–2005)

• Case 580 SUPER M (2004-2005)
• Case 580 SUPER M+ (2004-2005)
• Case 580SM (2004-2005)
• Case 580SM+ (2004-2005)

• Ski-Doo Formula MX (1990-1995)
• Ski-Doo Formula Plus (1990-1993)
• Ski-Doo Formula Mach 1 (1990-1995)
• Ski-Doo Grand Touring (1993-1995)
• Ski-Doo Formula MX LT (1990-1991)

• Yamaha EX570 (1987-1991)
• Yamaha EX570E (1987-1991)
• Yamaha EX570L (1990)
• Yamaha Exciter (1987-1991)
• Yamaha Exciter High Altitude (1987-1991)

• Yamaha RX10 (2003-2005) RX-1
• Yamaha RX10S (2003-2005) RX-1 LE
• Yamaha RX10R (2003-2005) RX-1 ER
• Yamaha RX10RS (2003-2005) RX-1 ER LE
• Yamaha RX10M (2003-2005) RX-1 Mountain

• Ski-Doo Mini Z (2000-2002)
• Ski-Doo Mini Z 120 (2000-2002)

• Arctic Cat Panther 370 (2007)
• Arctic Cat Z 370 (2007)
• Arctic Cat Bearcat 570 (2007)
• Arctic Cat Panther 570 (2007)
• Arctic Cat Z 570 (2007)

• Polaris 2008 600 RR (2008)
• Polaris 2008 600 IQ Racer (2008)
• Polaris 2008 600 IQ RR (2008)
• Polaris 600 RR (2008)
• Polaris 600 Racer (2008)

• YAMAHA FX High Output (2009)
• YAMAHA FX Cruiser High Output (2009)
• YAMAHA WaveRunner FX High Output (2009)
• YAMAHA WaveRunner FX Cruiser High Output (2009)
• YAMAHA FX High Output series (2009)

• MOTO GUZZI V750 IE Engine (B043109) — Series: V750-744cc

• Full Coverage: V750 IE — V750 Series — 744cc 90° V-Twin — OHV Propulsion

• Moto Guzzi 90° V-Twin Propulsion: 4-Stroke Air Cooled — 744cc — OHV 2-Valve — 80mm Bore — 74mm Stroke

• Timing & Valvetrain Architectures: Chain-Driven Camshaft — Intake 0.15mm (Cold) — Exhaust 0.20mm (Cold) — Chrome-plated stems

• Husqvarna HUSKYLOCK MODEL 700 (1995)
• Husqvarna HUSKYLOCK MODEL 700 B (1995)
• Husqvarna HUSKYLOCK MODEL 700 A (1995)

• YAMAHA MAJESTY YP400 (2005-2007) | Series: 5RU Full Coverage: YP400T (2005) | YP400V (2006) | YP400W (2007)

• Model Identity: Yamaha Majesty YP400 | Range: 2005-2007 | Width: 30.3 in | Height: 54.3 in

• Power & Drive Core: Single Cylinder 4-Stroke Eng. | 395cc | Liquid Cooled | Fuel Injection

• CASE 580 SUPER K (1992-1996) | Series: JJG0160001+ Series inclusion: 580SK / 580 Super K / 580SK Turbo / 580SK Naturally Aspirated

• Model Identity: Case 580 Super K | 1992-1996 | P.I.N. JJG0160001 and After | Loader Backhoe

• Power & Drive Core: Case 4-390 (NA) / 4T-390 (Turbo) | 3.9L (239 cu in) | 2330-2380 RPM High Idle | 850-900 RPM Low Idle

• EVINRUDE JOHNSON Outboard Series (1956–1972) — Series: 00000
• Full Coverage: Evinrude 1.5 hp, Johnson 1.5 hp, Evinrude 2 hp, Johnson 2 hp, Evinrude 3 hp, Johnson 3 hp, Evinrude 4 hp, Johnson 4 hp, Evinrude 5 hp, Johnson 5 hp, Evinrude 5.5 hp, Johnson 5.5 hp, Evinrude 6 hp, Johnson 6 hp, Evinrude 7.5 hp, Johnson 7.5 hp, Evinrude 10 hp, Johnson 10 hp, Evinrude 15 hp, Johnson 15 hp, Evinrude 18 hp, Johnson 18 hp, Evinrude 20 hp, Johnson 20 hp, Evinrude 25 hp, Johnson 25 hp, Evinrude 28 hp, Johnson 28 hp, Evinrude 33 hp, Johnson 33 hp, Evinrude 35 hp, Johnson 35 hp, Evinrude 40 hp, Johnson 40 hp

Cylinder Power-Framework: Two-cycle engine architectures utilize a 7/32-inch diameter starter rope logic with lengths ranging from 73–3/4 to 75–3/4 inches depending on horsepower classification. Fuel Delivery Architectures: Carburetor choke solenoid logic facilitates cold-start enrichment through dedicated white and green wire lead configurations.

• Aprilia SXV / RXV 450–550 Workshop Manual (# 8140212) — 2006
• Full Coverage: Aprilia SXV 450, SXV 550, RXV 450, RXV 550.

Combustion Logic: 0.7–0.8 mm (0.027–0.031 in) spark plug gap parameters ensure optimal ignition timing for the V-twin engine architecture. Fastener Architectures: 50 Nm (36.88 lb-ft) cylinder head nut torque logic governs the primary thermal seal integrity of the upper valvetrain.

• John Deere RX63, RX73, TX75, SX75, RX95, SX95 (TM1391) — Series: 1988–1990

• Full Coverage: RX63, RX73, TX75, SX75, RX95, SX95.

• John Deere Engine Units 1550 ± 75 rpm idle speed logic specified for 6 hp, 9 hp, and 12.5 hp Kawasaki power plant architectures.

• John Deere Combustion Standard 490 kPa (71 psi) minimum cylinder compression parameters required for 9 hp model technical success.

• Perkins 1104D Industrial Engine (SEBU8172) — Series: 2006–2012

• Full Coverage: 1104D-E44T, 1104D-E44TA, NH (Engine), NJ (Engine).

• Perkins Engine Units 2200–2400 rpm full load speed logic mandated for NH and NJ industrial power plant architectures.

• Perkins Lubricant Volume 8.4 liters (8.9 quarts) oil refill parameters required for the deep sump lubricating oil framework.

• JCB 426 Wheeled Loader (9803/4160) — Series: 1998–2002

• Full Coverage: 426, 436, 446, 426 USA, 436 USA, 426B (YB Build).

• JCB Engine Units 2200–2400 rpm full load speed logic mandated for NH and NJ industrial power plant architectures.

• JCB Combustion Standard 0.20 mm intake and 0.45 mm exhaust valve lash parameters define the core timing logic for 1104D architectures.

• Sea-Doo PWC (219 100 143) — Series: 2002

• Full Coverage: GTI (5558/5559), GTI California (6116), GTI LE (5560/5561), GTI LE California (6117), GTX (5587/5588), GTX RFI (5565/5566), RX (5579/5580/5581/5582), XP (5577/5578), LRV DI (5460), RX DI (5583/5584/5585/5586/5591/5592).

• Sea-Doo Engine Units 718.2 cc (720 Rotax) and 951.2 cc (947 Rotax) displacement parameters define the marine power plant architectures.

• Sea-Doo Torque Parameters 24 N–m (18 lbf–ft) values specified for cylinder head M8 screw fastening logic to ensure structural integrity.

• Harley-Davidson Softail Models (PN 99482-98) — Series: 1997–1998

• Full Coverage: FLSTF Fat Boy, FLSTS Heritage Springer, FLSTC Heritage Softail Classic, FXSTC Softail Custom, FXSTS Springer Softail, FXSTSB Bad Boy.

• Harley-Davidson Engine Units 1340 cc (80 cubic inch) Evolution V-Twin displacement parameters define the core powertrain architecture for all 1997–1998 Softail models.

• Kawasaki KLR650/KLR500 (PN 99924-1080-01) — Series: 1987–2002

• Full Coverage: KL650-A1, KL650-A2, KL650-A3, KL650-A4, KL650-A5, KL650-A6, KL650-A7, KL650-A8, KL650-A9, KL500-A1, KL500-A2.

• Kawasaki Engine Units 651 mL displacement parameters define the single-cylinder DOHC power plant architecture for the KL650-A series.

• Kawasaki Torque Parameters 65 N–m (6.6 kg-m) cylinder head bolt logic mandated for the 10 mm primary fasteners following the specific tightening sequence.

• Yamaha XVS13AA(C) / XVS13CTA(C) / XVS13CA(C) (LIT-11616-24-48) — Series: 2011–2012

• Full Coverage: XVS13AA (V-Star 1300), XVS13AAC (California), XVS13CTA (V-Star 1300 Tourer), XVS13CTAC (Tourer California), XVS13CA (Stryker), XVS13CAC (Stryker California).

• Yamaha Engine Units 1304 cm³ displacement parameters define the liquid-cooled 4-stroke SOHC V-type 2-cylinder powertrain logic.

• Yamaha Torque Parameters 65 Nm (6.5 m-kg) cylinder head nut logic must be applied to M12 fasteners using the specified crisscross framework.

• Stihl FS 160, 180, 220, 280 (1989–04) — Series: 1989–2002

• Full Coverage: FS 160, FS 180, FS 220, FS 220 K, FS 280, FS 280 K.

• Stihl Engine Units 29.8 cm³ to 38.9 cm³ displacement parameters define the single-cylinder two-stroke architecture with special impregnated cylinder bores.

• Stihl Torque Parameters 24.0 Nm (18 lbf.ft) M8x1 hexagon nut logic must be applied to the crankshaft flywheel and starter side fasteners.

• Dodge Sprinter 2500 / 3500 (2007 Owner's Manual) — Series: 2007

• Full Coverage: Sprinter 2500, Sprinter 3500, 3.0L V6 Turbo Diesel, 3.5L V6 Gasoline models.

• Dodge Engine Units 3.0L V6 BlueTEC or 3.5L V6 architectures define the primary powertrain logic for the 2500 and 3500 series.

• Dodge Lubricant Volume 13.21 US qt (12.5 liters) engine oil logic is required for technical success in the 3.0L Diesel engine framework.

• Kawasaki Jet Ski Series (LIT-11616-16-01) — 1992–1998
• Full Coverage: JS550, JF650, JL650, JS650, JS750, JH750, JT750, JH900, JT900, JH1100, JT1100.

Engine Parameters: 110 psi (759 kPa) compression pressure logic for three-cylinder architectures ensures mechanical timing integrity. Fastener Architectures: 14 ft-lb (20 Nm) spark plug torque parameters provide a gas-tight seal for the cylinder head framework.

• Komatsu D32E-1, P-1 / D38E-1, P-1 / D39E-1, P-1 (CEBM003100) — 1998

• Full Coverage: D32E-1, D32P-1, D38E-1, D38P-1, D39E-1, D39P-1 Crawler Tractors (SN P075718, P085799, P095872 and up).

• Hydraulic Logic: 17.2 ± 0.7 MPa (175 ± 7 kg/cm²) main relief valve pressure parameters ensure optimal framework integrity.

• Service Tooling: 790-201-1500 puller and 790-101-2102 wrench logic structures the final drive disassembly architectures.

• Sharp AR-C150 Series (00ZARC150/F1E) — 1999–Service Life

• Full Coverage: AR-C150, AR-C100, Digital Full Color Copier Main Unit, AR-RF1 RADF, AR-DU2 Duplex Module, AR-LC2 LCC, AR-SS2 Staple Sorter.

• Torque Parameters: 40–44 Nm flywheel nut tightening architectures for engine stability.

• Service Tools: UKOG-0282FCZZ adjustment wrench and UKOG-0289FCZZ cleaning cloth frameworks.

• John Deere F1145 Front Mower (TM1519) — 1996
• Full Coverage: F1145; Engines: 3TN75–RJF, 3TNE78A–JFM.

Engine Specs: 2,551 ± 71 kPa minimum cylinder compression logic for the 3TNE78A–JFM architecture. Hydraulic Data: 10342 kPa working pressure framework for the open center gerotor gear pump system.

• Yamaha YZ125(W)/W1 (1C3-28199-32) — 2006

• Full Coverage: YZ125W1, YZ125, YZ125W, 1C39, 1C3A, 1C3C.

• Engine Parameters: 54 x 54.5 mm bore and stroke dimensions define the liquid-cooled 2-stroke framework.

• Clearance Data: 0.040–0.045 mm piston-to-cylinder gap ensures thermal stability within the combustion logic.

• Mercedes-Benz CLK-Class Cabriolet (208 584 29 83) — 2002

• Full Coverage: CLK 320, CLK 430, CLK 55 AMG, 208.465, 208.470, 208.474.

• Tightening Torques: 80 ft.lb (110 Nm) must be applied to all wheel mounting bolts during installation to ensure structural integrity.

• Engine Output: 342 hp (255 kW) at 5500 rpm defines the maximum performance threshold for the V8 AMG architecture.

YFZ450S / Yamaha Motor Corp., Ltd

Caravan / Dodge Chrysler

• Dodge Caravan SE
• Dodge Caravan Sport
• Dodge Caravan eX

Trans Sport / Pontiac (General Motors)

• 1997 Pontiac Trans Sport 3.4L V6
• 1998 Pontiac Trans Sport 3.4L V6
• 1999 Pontiac Trans Sport 3.4L V6

• KTM LC8 SERIES (2003-2006) | Series: 950/990

• Full Coverage: 950 Adventure | 990 Adventure | 990 Super Duke | 950 Supermoto | 950 Super Enduro

• Power & Drive Core: Engine Type: 75° V-Twin, 4-Stroke, Liquid Cooled | Displacement: 942cc (950) / 999cc (990) | Valve Train: DOHC, 4 Valves per Cylinder | Fuel System: Keihin Constant Pressure Carburetor (950) / Electronic Fuel Injection (990) | Ignition: Digital Battery Ignition (ECU) | Starter: Electric Motor

• Suzuki LT160E & LT-F160 Series (PN 99500–41112–01E) — Series: 1989–2002
• Full Coverage: Suzuki LT160E, LT160EK, LT160EL, LT-F160L, LT-F160M, LT160EM, LT160EN, LT-F160N, LT-F160P, LT-F160R, LT-F160S, LT-F160T, LT-F160V, LT-F160W, LT-F160X, LT-F160Y, LT-F160K1, LT-F160K2.

Suzuki Engine Units Maintenance of the 158 cm³ (9.6 cu in) single-cylinder four-stroke engine requires adherence to factory-defined displacement and air-cooled OHC parameters. 158 cm³ (9.6 cu in) displacement defines the primary engine architecture for the LT160E and LT-F160 logic. Suzuki Combustion Standard Ensuring efficient thermal expansion within the cylinder requires the verification of standard compression levels before executing ignition timing adjustments. 1000–1400 kPa (10–14 kgf/cm², 142–199 psi) identifies the mandatory compression framework for peak performance.

• Acura 1.6EL Sedan 5-speed Manual Standard (1997)
• Acura 1.6EL Sedan 5-speed Manual Standard with ABS (1997)
• Acura 1.6EL Sedan 5-speed Manual Sport (1997)
• Acura 1.6EL Sedan 5-speed Manual Premium (1997)
• Acura 1.6EL Sedan 4-speed Automatic Standard (1997)

F4 750 / MV Agusta Motor S.p.A.

MV Agusta F4 750
Production year(s): 2003

Virago XV750SE / Yamaha Motor Corporation, Ltd

• Yamaha Virago XV750SE (Special Edition)

Ninja ZX-6R / Kawasaki Motorcycle & Engine Company

Production/model years: 1998, 1999, 2000, 2001, 2002

• IHI 35N

• IHI 40145NX (2020)
• IHI 40145NX (2019)
• IHI 40145NX (2018)
• IHI 40145NX (2017)
• IHI 40145NX (2016)

• IHI 30NX (Various configurations depending on year and specifications)

• Farmall Cub
• International Cub
• International Cub Lo-Boy