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Nissan HR10DE Engine Specifications
The Nissan HR10DE is a 1.0 l (999 cc, 60.96 cubic inches)
straight three, four-stroke naturally aspirated internal combustion
gasoline engine from Nissan HR family.
The HR10DE has an aluminum engine block with four main bearings and
aluminum DOHC (dual overhead camshaft) cylinder head with four valves
per cylinder (12 valves in total). The engine is a Flex-Fuel engine and
can use gasoline or ethanol.
It has a 78.0 mm (3.07 in) cylinder bore and 69.7 mm (2.74 in) piston
stroke. Compression ratio rating is 11.2:1. The Nissan HR10DE produced
77 PS (56.6 kW; 75.9 HP) of max power and 98 Nm (10 kgm; 72.3 lb-ft) of
peak torque.
Engine code identification:
HR - Engine Family
10 - 1.0 Liter Displacement
D - DOHC (Dual Overhead Camshafts)
E - Electronic Port Fuel Injection
| GENERAL TECHNICAL DATA |
Engine model ............... HR10DE
Cylinder layout ............... Four stroke, Inline-3 (Straight-3)
Fuel type ............... Gasoline
Production years ............... 2015-
Total displacement ............... 1.0 L, 999 cm3 (60.96 cubic inches)
Fuel system ............... Multi-point fuel injection system
Power adder ............... None
Maximum power ............... 77 PS (56.6 KW; 75.9 HP)
Maximum torque ............... 98 Nm (10 kgm; 72.3 lb-ft)
Firing order ............... 1-3-2
Dimensions (L x H x W) ............... No data available
Weight ............... No data available
| CYLINDER BLOCK |
The engine has an aluminum cylinder block with four bearing support
system. Each piston is equipped with two compression and single oil
control ring. The crankshaft and camshaft journals are finished with a
polishing tape to produce a mirror-like finish.
Cylinder block (after 2006)
Cylinder block alloy ............... Aluminium
Compression ratio ............... 11.2:1
Cylinder bore ............... 78.0 mm (3.071 in)
Piston stroke ............... 69.7 mm (2.74 in)
Number of piston rings (compression / oil) ............... 2 / 1
Number of main bearings ............... 4
Cylinder inner diameter (standard) ............... 78.000-78.015 mm
(3.0709-3.0715 in)
Piston skirt diameter (standard) ............... 77.965-77.980 mm
(3.0695-3.0701 in)
Piston pin outer diameter ............... 18.996-19.002 mm
(0.7479-0.7481 in)
Piston ring side clearance ............... Top ...............
0.040-0.080 mm (0.0016-0.0031 in)
Second ............... 0.030-0.070 mm (0.0012-0.0028 in)
Oil ............... 0.045-0.125 mm (0.0018-0.0049 in)
Piston ring end gap ............... Top ............... 0.20-0.30 mm
(0.0079-0.0118 in)
Second ............... 0.35-0.50 mm (0.0138-0.0197 in)
Oil ............... 0.20-0.60 mm (0.0079-0.0236 in)
| MAINTENANCE DATA |
Valve clearance (HOT)
Intake valve ............... 0.304-0.416 mm (0.012-0.016 in)
Exhaust valve ............... 0.308-0.432 mm (0.012-0.017 in)
Compression pressure
Standard ............... 15.4 kg/m2 (15.1 bar, 219 psi) / 200 rpm
Minimun ............... 12.9 kg/m2 (12.7 bar, 183 psi) / 200 rpm
Compression differential limit between cylinders ............... 0.06
kg/m2 (0.06 bar, 0.9 psi) / 200 rpm
Oil system
Oil consumption , L/1000 km (qt. per miles) ............... up to 0.5 (1
qt. per 1200 miles)
Recommended engine oil ............... 5W-30
Oil type API ............... SN
Engine oil capacity (Refill capacity) ............... With filter change
3.0 l (3.2 qt.)
Without filter change 2.8 l (3.0 qt.)
Oil change interval, km (miles) ............... 5,000-10,000
(3,000-6,000)
Oil Pressure, kPa (bar, kg/cm 2, psi) ............... Idle speed: More
than 60 (0.6, 0.61, 9)
2,000 rpm: More than 270 (2.7, 2.8, 39)
Valve clearance adjustment data
Calculate the thickness of new adjusting valve lifter so valve clearance
comes within specified values.
R = Thickness of removed valve lifter
N = Thickness of new valve lifter
M = Measured valve clearance
Intake:
N = R + [M - 0.30 mm (0.012 in)]
Exhaust:
N = R + [M - 0.33 mm (0.013 in)]
Valve lifters are available in 26 sizes range from 3.00 mm (0.1181 in)
to 3.50 mm (0.1378 in), in steps of 0.02 mm (0.0008 in).
Example (intake valve):
R = 3.10 mm
M = 0.52 mm
N = 3.10 + (0.52 - 0.30) = 3.32 mm, so we need a valve lifter with
identification mark 332.
Cold ............... Hot
Intake ............... 0.26-0.34 mm (0.010-0.013 in) ...............
0.304-0.416 mm (0.012-0.016 in)
Exhaust ............... 0.29-0.37 mm (0.011-0.015 in) ...............
0.308-0.432 mm (0.012-0.017 in)
| VEHICLE APPLICATIONS |
Model ............... Years Produced
Nissan March (Brazil) ............... 2015
Nissan Versa (Brazil) ............... 2015
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| Engines Technical Specifications |