What are the torque specifications of a Mitsubishi Lancer?
EVO – REAR Body Pivot Shaft Bolts Type: Bolt 47 564 63.72 EVO – REAR Pivot Bolt to Cross Member Type: Bolt 60 720 81.35 EVO – REAR Upper Ball Joint to Rear Knuckle Nut Type: 65 780 88.13 Type: Bolt 37 444 50.17 EVO – FRONT Cross Member Bars to Cross Member Type: 33 396 44.74 EVO – FRONT Shock Absorber to Body Nuts Type: 33 396 44.74
What kind of shock absorber does Mitsubishi Lancer have?
EVO – REAR Shock Absorber Shaft Nut Type: 54 648 73.21 EVO – Differential to Rear Support Arm Type: Bolt 137
Do you know the torque specs of a Nissan Frontier?
It’s not enough to simply know what type of repairs your car needs; even if you know the rod and main bearing torque specs for your Nissan, you still need to make sure you have the right parts. Lucky for you, AutoZone has a great selection of spark plugs and other parts to help make taking care of your Frontier or Xterra easy.
What are the tightening torques in a Mercedes Benz?
Tightening torques 01 Engine Injection nozzle combination Tightening torques Clamp piece for injection nozzle combination to cylinder head 35 Nm Thrust bolt for high pressure fuel line to cylinder head 40 Nm Timing case Tightening torques Timing case to the cylinder crankcase 50 Nm
EVO – REAR Body Pivot Shaft Bolts Type: Bolt 47 564 63.72 EVO – REAR Pivot Bolt to Cross Member Type: Bolt 60 720 81.35 EVO – REAR Upper Ball Joint to Rear Knuckle Nut Type: 65 780 88.13 Type: Bolt 37 444 50.17 EVO – FRONT Cross Member Bars to Cross Member Type: 33 396 44.74 EVO – FRONT Shock Absorber to Body Nuts Type: 33 396 44.74
EVO – REAR Shock Absorber Shaft Nut Type: 54 648 73.21 EVO – Differential to Rear Support Arm Type: Bolt 137
What kind of torque does a 2.4L 143ci have?
Crankshaft Position Sensor To Engine Block 6.5 8.81 4G64 – Crankshaft Position Sensor Retaining Bolt Type: Bolt 20.34 4G64 – 5 Steps: 58; Loose; 15; +90deg; +90deg Type: Bolt Head: Hexagon 21.69 Type: Bolt Head: Hexagon 29.83 Type: Bolt Head: Hexagon 32.54 4G64 – Lower – Below Starter – Theads in Transaxle Type: Bolt Head: Hexagon 47.45 Type: Bolt
How much torque does a 2.4L torkspec have?
Type: Screw 27 324 36.61 Type: Bolt 33 396 44.74 Type: 17 204 23.05 Type: Bolt 14 168 18.98 Type: Bolt 8 96 10.85 Type: Bolt 18 216 24.4 Type: Bolt 22 264 29.83 Type: Bolt Head: Hexagon 9.33 112 12.66
Where can I find the latest torque specs?
Find the most up-to-date torque spec listings in electronic format. FelPro-Only.com is your convenient source for advanced sealing information. It’s the place to learn and share “tricks of the trade,” find proper diagnosis and installation instructions, and enjoy easy access to parts reference.
What are the bearing cap bolts on a Mitsubishi 2.4L?
18.98 4G64 – Main Bearing Cap Bolts – 2 Steps: 14; +90deg Type: Bolt 24.4 4G64 – Main Bearing Cap Bolts – 2 Steps: 18; +90deg Type: Bolt Crankshaft Position Sensor To Engine Block 6.5 8.81 4G64 – Crankshaft Position Sensor Retaining Bolt Type: Bolt
What are the torque specifications of a Mitsubishi 2.4L 143ci-s4?
4G64 – Inspection Cover Bolts – To Transaxle Type: Bolt 29.83 Type: Bolt Dim: M 10 X 1.50 29.83 4G64 – Intake Manifold Stay (10mm) Type: Bolt Dim: M 10 X 1.50 17.63 4G64 – Intake Manifold Stay (8mm) Type: Bolt Dim: M 8 X 1.25 Camshaft Position Sensor To Cylinder Head 6.5 8.81 4G64 – Camshaft Position Sensor Type: Bolt 14.5 19.66
18.98 4G64 – Main Bearing Cap Bolts – 2 Steps: 14; +90deg Type: Bolt 24.4 4G64 – Main Bearing Cap Bolts – 2 Steps: 18; +90deg Type: Bolt Crankshaft Position Sensor To Engine Block 6.5 8.81 4G64 – Crankshaft Position Sensor Retaining Bolt Type: Bolt
4G64 – Inspection Cover Bolts – To Transaxle Type: Bolt 29.83 Type: Bolt Dim: M 10 X 1.50 29.83 4G64 – Intake Manifold Stay (10mm) Type: Bolt Dim: M 10 X 1.50 17.63 4G64 – Intake Manifold Stay (8mm) Type: Bolt Dim: M 8 X 1.25 Camshaft Position Sensor To Cylinder Head 6.5 8.81 4G64 – Camshaft Position Sensor Type: Bolt 14.5 19.66
What kind of bolt head does a Mitsubishi 2.4L use?
Type: Bolt Head: Hexagon 29.83 Type: Bolt Head: Hexagon 32.54 4G64 – Lower – Below Starter – Theads in Transaxle Type: Bolt Head: Hexagon 47.45 Type: Bolt 48.81
How big is the transaxle in a Mitsubishi 2.4L?
4G64 – Inspection Cover Bolts – To Engine Type: Bolt 25.76 4G64 – Inspection Cover Bolts – To Transaxle Type: Bolt 29.83 Type: Bolt Dim: M 10 X 1.50 29.83 4G64 – Intake Manifold Stay (10mm) Type: Bolt Dim: M 10 X 1.50 17.63 4G64 – Intake Manifold Stay (8mm) Type: Bolt Dim: M 8 X 1.25
Type: Bolt Head: Hexagon 29.83 Type: Bolt Head: Hexagon 32.54 4G64 – Lower – Below Starter – Theads in Transaxle Type: Bolt Head: Hexagon 47.45 Type: Bolt 48.81
4G64 – Inspection Cover Bolts – To Engine Type: Bolt 25.76 4G64 – Inspection Cover Bolts – To Transaxle Type: Bolt 29.83 Type: Bolt Dim: M 10 X 1.50 29.83 4G64 – Intake Manifold Stay (10mm) Type: Bolt Dim: M 10 X 1.50 17.63 4G64 – Intake Manifold Stay (8mm) Type: Bolt Dim: M 8 X 1.25
What should the torque be on a Mitsubishi wheel?
If you are planning on installing a wheel on your Mitsubishi, it is important to be aware of the manufacturer’s recommended torque settings. Using the proper torque helps ensure that the wheel assembly is securely installed.
Why do you need a lug nut on a Mitsubishi?
Using the proper torque helps ensure that the wheel assembly is securely installed. The Mitsubishi Wheel Lug Nut Torque Chart we have compiled can be used as a quick reference guide by roadside assistance providers or DIY enthusiasts when working on any Mitsubishi vehicle.
If you are planning on installing a wheel on your Mitsubishi, it is important to be aware of the manufacturer’s recommended torque settings. Using the proper torque helps ensure that the wheel assembly is securely installed.
Using the proper torque helps ensure that the wheel assembly is securely installed. The Mitsubishi Wheel Lug Nut Torque Chart we have compiled can be used as a quick reference guide by roadside assistance providers or DIY enthusiasts when working on any Mitsubishi vehicle.