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Genuine Volvo 960 Exhaust Manifold

Engine Exhaust Manifold
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2 Exhaust Manifolds found

  • Volvo 960 Exhaust Manifold - 8250136
    Diagram for Volvo 960 Exhaust Manifold - 8250136
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    Volvo 960 Exhaust Manifold Part Number: 8250136

    $136.63 MSRP: $161.31
    You Save: $24.68 (16%)
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    Product Specifications
    • Other Name: Exhaust Manifold, Manifold
    • Warranty: This genuine part is guaranteed by Volvo's factory warranty.
    Fits the following Vehicles:
    • 1992-1997 | Base | 6 Cyl 2.9 L GAS
  • Volvo 960 Exhaust Manifold - 3507743
    Diagram for Volvo 960 Exhaust Manifold - 3507743
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    Volvo 960 Exhaust Manifold Part Number: 3507743

    $244.19 MSRP: $315.49
    You Save: $71.30 (23%)
    Ships in 1-2 Business Days
    ADD TO CART
    Product Specifications
    • Other Name: Exhaust Manifold, Manifold
    • Warranty: This genuine part is guaranteed by Volvo's factory warranty.
    Fits the following Vehicles:
    • 1992-1997 | Base | 6 Cyl 2.9 L GAS

Volvo 960 Exhaust Manifold

The Volvo 960 Exhaust Manifold is located at the top of the exhaust stream and its primary duty is to trap all the super-hot fumes of all six cylinders and direct them into the stream in an un-turbulent manner towards the catalytic converter so that the burned gas is not pushed back into the engine and robs power. Connected directly to the block of the inline-six and sealed with a tight-fitting gasket, this curved system of six tubes has the same number of tubes as the firing chambers, a design that also prevents the harmful carbon monoxide gases from reaching the passengers. The directed flow of the manifold ensures that the engine breathing is reduced by intake reversion, and the throttle response and fuel consumption are maintained because every Volvo of this series still breathes in fresh air the next time and the engine exhausts. Long-term Volvo reliability is backed up by this equilibrium. There have been two main styles over the years; the traditional cast-iron unit that was applied on the early cars and a lighter stainless-steel version applied on more recent Volvo updates; both have equal purpose, but the iron component has a longer life than the steel version which loses weight and heats faster. Either of the two types can develop cracks due to continuous heating and cooling that causes the expansion and contraction of either type, and once the cracks develop the leak of the Exhaust Manifold disrupts the air-fuel ratio, slows performance, and may cause exhaust to leak into the cabin. Removal of a broken Exhaust Manifold early enough ensures that any 960 continues to run clean, quiet and strong.

OEM parts are the only choice for top quality and real functionality. They pass strict checks, and they match Volvo's factory specs, so installation is easy. If you need new Exhaust Manifold and you want quality and fit. You will find both here. Our site has a wide range of OEM Volvo 960 parts. The prices are unbeatable, allowing you to get value for money. Each genuine 960 Exhaust Manifold comes with the manufacturer's warranty. That gives you peace of mind. We ship fast to your door. Order today, and enjoy a smooth, no-hassle upgrade with parts that fit right.

Volvo 960 Exhaust Manifold Parts and Q&A

  • Q: How to properly work on the exhaust manifold on Volvo 960?
    A:
    Prior to working with the exhaust system, it is a good idea to saturate the retaining hardware with a good rust penetrant, and allow at least 10-15 minutes for it to work. For 2.3L 4-cylinder engine, remove the negative battery cable, remove the air cleaner and related necessary hoses, remove the EGR valve pipe on the manifold and remove the exhaust pipe on the exhaust manifold. Next would be the turbo, turbo pipes and attaching hardware, then the manifold nuts and manifold itself. To install, seat the manifold with a new gasket, tighten the manifold bolts to 10-20 ft. lbs. (14-27 nm) and reinstall the turbo, turbo pipes and EGR valve pipe, the air cleaner and hoses, and finally reconnect the negative battery cable and start the car to check for leaks. For the 2.8L 6-cylinder engine, to start, you should disconnect the negative cable of the battery, safely lift and support the car and unbolt the crossover pipe on the exhaust manifolds. If equipped with a Y-type exhaust pipe, disconnect it at the left and right manifolds, remove any other necessary hardware and the manifold nuts before taking out the manifold(s) from the cylinder head(s). When installing, install manifold(s) on cylinder head(s) with new gaskets, tighten manifold bolts to 7-11 feet pounds (10-15 newtons), reconnect Y or crossover pipe, reinstall removed hardware, lower vehicle, reconnect negative battery cable, start vehicle and check for leaks. For the 2.9L 6-cylinder engine, disconnect the negative battery lead, exhaust pipe mounting nuts at the manifold joints, or heat shield, remove the exhaust manifold mounting nuts and gasket. Before installing, have the mating surfaces cleaned, install a new gasket and place the exhaust manifold. Fit the mount lifting lug, tighten the mounting nuts to 18 ft. lbs. (25 Nm) and fit the heat shield and front exhaust pipe to the manifold using threadlocking compound and tighten to 44 ft. lbs. (60 Nm). Loosen the joint at the catalytic converter and re-tighten to 18 ft. lbs. (25 Nm) to avoid stress on the system and reconnect the negative battery lead and start the engine to check for leaks. have to be disconnected: For the 2.3L and 2.4L 5-cylinder engines, disconnect the negative battery cable, make the vehicle higher and support it, disconnect the exhaust pipe from the exhaust manifold by taking off the nuts. If equipped, remove the turbo and turbo parts, then remove the carriage bolts and heat shields and the bolts on the exhaust manifold. Push the manifold towards the firewall and lift it out. For installation, check and clean the surface of the gaskets that is cylinder head, make the exhaust manifold with new gaskets, align the exhaust manifold with the pipe using carriage bolts, use locking compound on the threads of the exhaust manifold bolts, tighten it to 18 ft. lbs. (25 Nm). Reinstall turbo and its components, the heat shields and tighten the carriage bolts with thread sealing compound, make sure that the nuts are tightened to no more than 86 inch lbs. (10 Nm) with springs and washers. Finally, re-connect the negative battery cable and start the engine to check for leaks.

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