How much torque does a caterpillar D330 engine have?
How much torque does a caterpillar D330 engine have?
1 – Tighten all bolts with numbers in order to 115 lb.ft. (15.9 mkg). 2 – Tighten all bolts with numbers again in order to a torque of 175 ± 5 lb.ft. (24.2 ± 0.7 mkg). 3 – Last, tighten all bolts (hand torque only) with numbers again in order to a torque of 175 ± 5 lb.ft. (24.2 ± 0.7 mkg).
How much horsepower does a cat 3304 have?
CAT 3306 Arrangement, power and torque Arrangement 6 Cyl In-Line Power @ 1800 rpm 3306NA = 145 hp, 108 kW 3306T = 150 hp, 111 kW 3306TA = 211 hp, 157 kW Torque @ 1800 rpm 3306NA = 423 lb.ft, 574 Nm 3306T = 458 lb.ft, 621 Nm 3306TA = 616 lb.ft, 835 Nm Click for CAT 3304 and CAT 3306 engine manuals and specs
What is the displacement of a cat 3306?
CAT 3306 Displacement, bore and stroke Displacement 10.5 liter 638 CID Bore 4.75″ 120.65 mm Stroke 6.0″ 152.4 mm Click for CAT 3304 and CAT 3306 engine manuals and specs
How to tighten cylinder head bolts for Caterpillar?
Put 9M3710 Anti-Seize Compound on threads of the cylinder head bolts. Install the bolts and washers and tighten the bolts in the following sequence: 1 – Tighten all bolts with numbers in order to 115 lb.ft. (15.9 mkg). 2 – Tighten all bolts with numbers again in order to a torque of 175 ± 5 lb.ft. (24.2 ± 0.7 mkg).
CAT 3306 Arrangement, power and torque Arrangement 6 Cyl In-Line Power @ 1800 rpm 3306NA = 145 hp, 108 kW 3306T = 150 hp, 111 kW 3306TA = 211 hp, 157 kW Torque @ 1800 rpm 3306NA = 423 lb.ft, 574 Nm 3306T = 458 lb.ft, 621 Nm 3306TA = 616 lb.ft, 835 Nm Click for CAT 3304 and CAT 3306 engine manuals and specs
CAT 3306 Displacement, bore and stroke Displacement 10.5 liter 638 CID Bore 4.75″ 120.65 mm Stroke 6.0″ 152.4 mm Click for CAT 3304 and CAT 3306 engine manuals and specs
What are the torque specifications for a car?
The specified amount will normally be in 30° increments. Turns of 120° or 180° are preferred. Turns of 120° or 180° are easily measured by the points of the hex head of the fastener. Lubrication may be specified in order to reduce the effort that is required for the final turn.
