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lozrocks

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Posts posted by lozrocks

  1. The pulley is two parts. The set screw on the outer half is removed first and then the outer half screws off the the inner half. Looking at the front of the pulley it turns anti clockwise. The inner part of the pulley is retained on the centre shaft by a nut. The pulley is not pressed on the shaft, it is a friction fit.

  2. Longman, I am reasonably sure the wheels you speak of as well as the wheels for Bill Hales Dodge came from Queensland.

    I've seen Gary's wheels and they are first rate.

    But also consider the Elflint wheels. Dick is already making wheels for Chryslers and Dodges.

    Elflint (Dick Pateman)

    12 Deviney St

    Helidon QLD 4344

    07 46976462

  3. The Chrysler 65 and 75 both had three levers on the steering wheel.

    WPC_News_V14_N03_15-Page_17.jpg

    Centre horn, then the light control lever in bottom position, then advance/retard, then throttle on the outside.

    Updraught carburettors are prown to flood if you do the wrong thing. This is how I start my Chrysler 75. Pull the choke out all the way. Move the hand throttle just a little down. Move the advance/retard to the mid position. Do not touch the accelerator pedal! Crank the engine until it fires. Mine just gives a little kick and then stops most times. Move the choke in to the 3/4 position. Crank the engine again until it fires and it should run at a fast idle. After a minute push the choke all the way in. Did I mention do not touch the accelerator pedal?

    That's the process I've used on all of my cars and it works for me. Now that assumes that the car has spark and fuel etc and is ready to go.

  4. All water cooled petrol engine cars pre 1960s should run at 185 degrees Fahrenheit. Now there is a whole heap of formula to consider taking into account lowest operating temperatures and highest operating temperatures and power bands and all that crap. But the reality comes down to peak efficiency for all internal combustion engines of that era being 185 degrees. All cars will run slightly hotter at idle and slightly hotter with heavy loads.

    Side valve Chrysler engines don't like running above 200 degrees; they tend to cook piston 5.

    The other trap with pre 1930's Chrysler, Dodge, Desoto is the temperature gauges are notoriously inaccurate and generally read low.

  5. I drive a 1929 Chrysler. I use E10 (10% ethanol). I finished the rebuild in 1984 and she is very reliable. I drive her regularly and I drive her long distances. If you restore your car correctly it will be as reliable as any other car and it will stay reliable if and only if you maintain it. Modern cars need regular maintenance and so too do the old ones. (Maybe more often) Doing work on a car doesn't mean that it is unreliable.

    The biggest enemy of any car (or any mechanical device for that matter) is lack of use. If your car sits for months on end it will be unreliable.

  6. I'm not familiar with Whippets, so it's just a case of tracing the oil line through. Where does the oil travel after it leaves the oil pump? If it's a full flow then all of the oil travels through the filter. Partial flow generally splits with some oil going to the filter and the rest to the engine.

  7. If you have gravity feed system there cannot be a vapor lock. The vapor lock (pressure bubble in the fuel line) will expand back into the tank which is not pressurized. The problem is when you have a fuel pump which has a one way valve and the carburetor with the needle seat closed, there is no way that the heated pressurized vapor can escape.

    That’s actually not correct. A vapor lock in early cars with gravity feed is very common. The vapor lock is as you describe a pressure bubble, where liquid fuel essentially turns into a gas within the fuel lines. Any gas bubble will travel up the fuel line to the highest point. A gas bubble cannot travel downhill. In the case of a vacuum tank system the gas bubble will in most cases travel back up to the vacuum tank. However, if there is a pig tail or ‘kink’ in the pipe the gas bubble cannot go anywhere. It becomes trapped in the fuel line and prevents liquid from going past. The first step in any situation where you suspect a vapor lock is to ensure that any trapped vapor can escape. Remember vapor cannot travel downhill.

  8. The first thing to look for when vapour lock is experienced is the fuel line. Especially with vacuum tank and gravity fed cars. The fuel line must always run downhill. Any fancy pigtail or trying to hide the fuel line should be eliminated.

  9. My fathers Budd body DA 1929 Dodge has steel tubes from the rumbleseat trough to the outside. These are known to rust out. My Chrysler 75 coupe also has steel tubes off the seat and rubber hose off the back window.

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