13511-1740 camshaft for Hino W06D 5.759L engines. Fits Ranger 6 & Rainbow Bus. Chilled cast iron prevents flat-lobe wear. Wholesale pricing available

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Quick Summary: Hino W06D Camshaft

Heavy-duty chilled cast iron camshaft for Hino W06D, W06D-TI, W06D-TN engines.
Induction hardened lobes (HRC 50+) prevent flat-lobe wear on solid lifters.
OEM: 13511-1740 | Cross-reference: 13511-1550, 13511-1551. Fits Hino Ranger 6 and Rainbow Bus fleets.
Wholesale pricing available.

Overview

The Hino W06D and W06D-TI engine platforms represent the peak of 5.7L medium-duty reliability, serving in commercial transit systems, local transport routing, and marine auxiliary applications worldwide. At the core of this inline-6 OHV pushrod design is the precision-engineered Hino W06D camshaft (OEM 13511-1740, cross-reference 13511-1550, 13511-1551), designed to handle demanding loading cycles. To withstand high mechanical stress from flat-tappet contact, our camshafts are manufactured using premium chilled cast iron metallurgy. This casting process establishes an extremely hard iron carbide microstructure on the cam lobes, offering superior flat-lobe wear resistance compared to standard cast steels. In severe municipal bus and construction fleet routing, common wear modes include lobe flattening or tappet pitting due to boundary lubrication collapse or high valve spring tension. To counter these operational challenges, each lobe is induction hardened to HRC 50+ and CNC ground to preserve factory timing profiles. Rebuilders must check the gear backlash (standard timing gear backlash: 0.030 to 0.120 mm) and verify that the cold valve clearance (0.35 mm intake, 0.50 mm exhaust) is precisely set to avoid catastrophic pushrod bending.

Technical Specifications

Parameter Value
Engine Code Hino W06D, W06D-TI, W06D-TN (5.759L)
Configuration Inline-6 Cylinders, 12 Valves OHV (Pushrod)
Bore × Stroke 104.0 mm × 113.0 mm
Valve Clearance (Cold) Intake: 0.35 mm | Exhaust: 0.50 mm
Camshaft Journal No. 1 Diameter 57.00 mm (Standard Range: 56.85 – 57.00 mm)
Camshaft Journal No. 2 Diameter 56.80 mm (Standard Range: 56.65 – 56.80 mm)
Camshaft Journal No. 3 Diameter 56.60 mm (Standard Range: 56.45 – 56.60 mm)
Camshaft Journal No. 4 Diameter 56.40 mm (Standard Range: 56.25 – 56.40 mm)
Diametral Oil Clearance 0.03 – 0.12 mm (Wear Limit: 0.15 mm)
Timing Gear Backlash 0.030 – 0.120 mm
Material Spec Premium Wear-Resistant Chilled Cast Iron
Hardness Rating Induction Hardened Lobes (HRC 50+)
Primary OEM Number 13511-1740
Interchange References 13511-1550, 13511-1551

Available Models

Our Hino engine parts catalog covers the full light, medium, and heavy-duty families, from the 4.0L W04D and 5.7L W06D to the high-performance 8.0L J08C and J08E variants. Explore our whole Hino Categories to find matching cylinder heads, connecting rods, main bearing kits, and high-durability replacement parts.

Engine ModelPrimary Part NumberCross Ref Part NumbersCompatible Engine Model
H07C13511-1260135111260, 13511-1261Hino Ranger FF
H07D13511-1790135111790, 13511-1791Hino Ranger FG / 500 Series
W04D13511-2280135112280, 13511-2281Hino Dutro / Toyota Dyna
W04E13511-2290135112290, 13511-2050Hino Ranger 2
W06D13511-1740135111740, 13511-1550Hino Ranger 6 / Rainbow Bus
W06E13511-2020135112020, 13511-2021Hino Rainbow / Medium Truck
J05E13511-E018013511E0180, 13511-E0530Hino 300 / Kobelco SK200-8
J05C-T13511-2310135112310, 13511-2311Hino Ranger FC / Dutro Turbo
J08C13511-2330135112330, 13511-2590Hino 500 / Kobelco SK330
J08E13511-E007013511E0070, 13511-E0540Hino 500 Euro 4 / Kobelco SK350
EH70013511-1370135111370, 13511-1371Hino Ranger KL / KR
H06C13511-1520135111520, 13511-1521Hino Ranger FD
H07C13511-1260135111260, 13511-1790Hino Ranger FF
H07D13511-1790135111790, 13511-1791Hino Ranger FG / 500 Series
H07C-T13511-1791135111791, 13511-1970Hino Ranger Turbo FF
EF55013511-1580135111580, 13511-1581Hino Super Dolphin (V8)
EJ70013511-1250135111250, 13511-1251Hino Ranger / Industrial
EF75013511-1900135111900, 13511-1901Hino Super Dolphin (V8)
EM10013511-1440135111440, 13511-1441Hino Blue Ribbon / Ranger
P11C13511-E002013511E0020, 13511-2520Hino 700 Profia / Kobelco SK480
P11C New13511-E052013511E0520, S1351-1E0520Hino 700 Profia (New Type)
F20C13511-2460135112460, 13511-2461Hino Giga / Heavy Truck (V10)
F21C13511-2670135112670, 13511-2671Hino Profia / Giga (V8)
V26C13511-2550135112550, 13511-2551Hino Heavy Duty Truck (V10)

Equipment Compatibility

Make Machine / Vehicle Model Year Range Engine Code Application
Hino Ranger 6 Truck (FD176, FE176, GD176) 1989–1995 W06D, W06D-TI Medium-Duty Logistics Truck
Hino Rainbow Passenger Bus (RJ172, RR172) 1988–1995 W06D-TN Public Passenger Bus
Toyota Dyna (Heavy Duty Spec) 1989–1997 W06D Specialized Earthmoving Truck
Hino Marine Auxiliary Gen-Set 1990–2002 W06D-TI Coastal Vessel Power Generation

Why Partner with Ruich Value

  • Chilled Casting Metallurgy: Cast from premium chilled iron to form a wear-resistant carbide microstructure on the cam lobes, preventing flat-lobe rounding under heavy pushrod loading.
  • CNC Lobe Profile Grinding: Lobe profiles are precision ground using CNC machinery to maintain original OEM valve lift and duration, restoring maximum combustion volumetric efficiency.
  • Micro-Finish Journal Polish: All camshaft journals are polished to a super-finish (Ra ≤ 0.2 μm) to reduce starting friction and prevent bushing scoring in cold-start environments.
  • Phosphate Anti-Scuff Coating: Fully treated with a manganese phosphate conversion coating, establishing a sacrificial lubricating layer that prevents cam-to-tappet scuffing during critical initial break-in.

Technical Q&A: Hino W06D Camshaft

What are the common causes of flat-lobe camshaft wear in Hino W06D engines?

Flat-lobe wear in Hino W06D engines typically stems from oil starvation, use of incorrect viscosity, or worn valve lifters (tappets). In these pushrod OHV configurations, solid lifters exert high contact pressure on the cam lobes. If the engine’s oil pressure drops or oil change intervals are neglected, the boundary lubrication film collapses, leading to direct metal-to-metal contact. This initiates micro-welding and pitting, eventually rounding off the lobe peak and degrading engine volumetric efficiency. To prevent this, always replace the valve lifters whenever installing a new camshaft.

Are the camshafts for W06D naturally aspirated and W06D-TI turbocharged engines interchangeable?

Yes, the 13511-1740 chilled cast iron camshaft is physically interchangeable across naturally aspirated W06D and turbocharged W06D-TI or W06D-TN platforms. It direct-matches older OEM numbers 13511-1550 and 13511-1551. However, turbocharged variants experience higher thermal loads and timing stresses, meaning installing a premium chilled-cast camshaft with a minimum journal surface hardness of HRC 50+ is essential to handle the aggressive torque curves of turbo setups.

What is the recommended installation and break-in procedure for the 13511-1740 camshaft to prevent scuffing?

To prevent premature scuffing, first inspect the camshaft bushings and replace if clearances exceed 0.15 mm. Liberally coat the lobes and new solid tappets with high-zinc assembly lubricant (containing ZDDP). Torque the camshaft gear bolts to 59–69 Nm (44–51 lbf·ft) and verify that timing gear backlash is within 0.030 to 0.120 mm. Upon initial startup, run the engine between 1,500 and 2,000 RPM for the first 20 minutes to throw sufficient splash oil onto the cam lobes, allowing the phosphate anti-scuff layer to wear in safely.

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