Imagine the head bolt is the dial on a clock. The distance between minute marks is 6 degrees. So to turn it 73 degrees you would start at 12 and turn it to 12 1/2 minutes.
Imagine the head bolt is the dial on a clock. The distance between minute marks is 6 degrees. So to turn it 73 degrees you would start at 12 and turn it to 12 1/2 minutes.
First Pass 22 FT lbs Final Pass Long Bolt 75 Degrees Final Pass Medium Bolt 65 Degrees Final Pass Short Bolt 55 Degrees
torque settings are 35-60-73
if alloy head 40nm then tighten 90 degrees
Head Bolt:100 nm Loosen all bolts. 50 nm Plus 90 Degrees Plus 90 DegreesConrod Bolt:50 nm Plus 45 Degrees Plus 45 DegreesMain Bolt:20 nm Plus 90 Degrees Plus 90 Degrees
73 degrees Fahrenheit = 22.7 degrees Celsius.
73 degrees Fahrenheit = 22.7 degrees Celsius.
4 stage first 25n/m +90 degrees+90 degrees+90 degrees
New head bolts must be used Stage1. 25Nm Stage2. +90 degrees Stage3. +90 degrees Stage4. +90 degrees.
Camshaft carrier/cylinder head mounting bolts to 25n.m (18 lb ft.) in figure 21 each bolt an additional 60 degrees each bolt to 120 degrees (additional 60 degrees) each bolt to 150 degrees (additional 30 degrees) bolt sequence as follows; passenger fender 8 4 1 5 9 drivers fender 7 3 2 6 10
21.4 ft/lbs(29nm) + 90 degrees + 90 degrees
To convert Celsius to Fahrenheit, you can use the formula: °F = (°C × 9/5) + 32. Plugging in 73 for °C, the calculation would be (73 × 9/5) + 32 = 163.4°F. Therefore, 73 degrees Celsius is equal to 163.4 degrees Fahrenheit.