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South Bend Single Disc Clutch 475 hp 1000 ft. lbs. torque - 2000.5-2005.5 Dodge 5.9L - NV5600 245hp HO - DOES NOT Come w/Flywheel - 1947-OFE

Thoroughbred Sku #: SBC1947-OFE
Manufacturer Sku #: 1947-OFE

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$849.18

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Product Details

Product Name: South Bend Clutch
Manufacturer: South Bend Clutch
Manufacturer Part #: 1947-OFE
Thoroughbred Diesel Part #: SBC1947-OFE
Fitment Notes: South Bend Single Disc Clutch 475 hp 1000 ft. lbs. torque - 2000.5-2005.5 Dodge 5.9L - NV5600 245hp HO - DOES NOT Come w/Flywheel - 1947-OFE

Clutch Fits:
2000.5-2005.5 5.9L - Transmission: NV5600 with 245hp HO engine

Single Disc for 475 hp, 1000 ft. lbs. torque

Need Help? Check Out Our South Bend Clutch FAQ/Trouble Shooting Section.

South Bend Clutch Performance Kit Descriptions



This Dyna Max kit features a full feramic lining and an organic lining on a marcelled fin. The pressure plate is modified for higher plate load and smoothness of engagement. This clutch is best suited for towing purposes. This kit is rated up to 450 horsepower & 1000 ft. lbs. of torque. Years 2000.5 - 2005.5 ETH with NV5600 Trans.

Dodge Diesel Trucks
Very important Please read before continuing! When choosing a clutch it is very important to match the appropriate horse power and work load. For example: The MU 0090 Rally and MU 0090 Con O are capable of handling the horse power and torque ratings provided in our listings, but if the truck is used for heavy hauling when coupled with torque ratings exceeding 600 ft. lbs. damage to the clutch disc WILL occur. The cause and effect is the 12 1/4" disc does not provide enough dampened area to absorb the added torque of the Cummins along with heavy hauling. These two clutch kits are fine for light towing and performance. If you are going to be towing in excess of 8,000 lbs. while exceeding 600 ft. lbs. of torque you must go with the MU 13-1.25 Con O, OFE or FE. This will offer a clutch that will handle heavy towing with vehicles equipped with the higher torque ratings. This clutch only applies to trucks with 5 speed transmissions and early 6 speeds that are not equipped with the HO engine. If a 12 1/4" clutch is purchased from us, or one of our distributors, and gets destroyed at the dampened portion of the disc, warranty will not be granted.

Do not try and save money when it comes to choosing a clutch. This will only cost you more in the long run.

NOTE: DOES NOT COME WITH A FLYWHEEL



Reviews

  • I have a stock 2003 dodge ram 2500 5.9 cummings. I tow a 7000 lb camper and other than that it's a daily driver. Would this be a good kit for me?

    Tim | 3/18/2023

    Yes. better than an OE replacement.

  • What size clutch plate is it

    Ronald Stewart | 10/8/2020

    What is your yr, make, and model?

  • Why Might My Clutch Slip If I Try To Accelerate In Overdrive?

    Eric Schumann | 5/16/2019

    Too much torque at too low an RPM. I go back to the automatic. If you were driving down the road in automatic overdrive, with the cruise control on, and approached a hill, the system (in order to keep a constant speed) would need to accelerate. The transmission would automatically downshift in order to do so. By keeping the RPM up while accelerating, it is preserving its life. There is a misconception about fuel consumption. People believe that the lower the RPM, the better the mileage, when actually, the opposite is true. All that black smoke you get when you step on it in overdrive is unburned (and therefore wasted) fuel. Keep the RPM up by downshifting into the right gear, and your truck will run much better.

  • Is It Wrong To Tow In Overdrive?

    Eric Schumann | 5/16/2019

    This is a very good question, because most people do just that. The trouble is, it is too hard, with all the variations in terrain, to keep a constant speed. Therefore, you end up accelerating too much in that high gear. Many trucks, with automatic transmissions, set up for towing, will include a button for "tow mode" which locks the transmission out of overdrive. The main reason for that is, the transmission would be constantly downshifting. The best answer is to say; watch your RPM, if it starts to drop too low, rather than stepping down on it in 6th, drop to 5th ...and maybe stay there.