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Psi Stainless Gauge
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 Trerice 4.5" 500XSS Pressure Gauge 0-5000 psi/KPa Stainless Tube 1/4" NPT  US $24.95
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 Valley 2 1/2in Stainless Steel Glycerin Gauge-0-3000 PSI #CD-2141GXB3000 US $12.99
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Pressure cookers have this terrible reputation of being very dangerous. In the past they have been known to burst and trigger a fire in the kitchen or leave burns all over the cook. It is not like that with newer models and they are very safe to use. Food is mixed with a little water inside the pan. The lid is different in that it clamps and locks shut once this is done the cooker is placed on a burner of a stove. The heat gets hotter and starts to create steam which, in turn, creates a pressure inside the cooker because it cannot get out. Pressure will keep rising until it can't anymore for the area inside the pot and then a little valve on the cooker or a weight that is attached to the cooker will start to release this excess steam preventing an explosion. Food is cooked at a much higher temperature without any danger of being burned. It also cooks 70% quicker than if you used the oven or a regular set of pots and pans.
When the requirements of the recipe are reached the cooker should be taken off the heat and it needs to sit for a little while. Each cooker has its own system of releasing the steam and most systems include a regulator that is lifted to release any steam that is left in the pot. When this steam is gone so is the pressure and it is time to remove the lid.
Often the cooker will be placed in a sink and cold water will be poured over it. Food is still cooking inside the cooker even though the heat has been turned off. The cold water will do the same as releasing the steam quickly by stopping the cooking process. This stops the food from being over cooked. It should be noted that if you do run cold water over a cooker you will still be required to release any steam or you will not be able to unlock the lid.
There are many benefits that come from cooking with a pressure cooker. Any bacteria or virus that may be on the food before will not come out alive because of the high temperature. The color of the food is retained because you are not using a great deal of water to cook it. If you have a tough cut of meat you can be assured it will come out tender and delicious when you use a pressure cooking machine. After the steam comes out the lid should be able to release easily. If it does not do not force it but wait a little longer and try again. Open the lid so the opening is away from your body so you can avoid any burns from steam or hot food.
Many companies make good pressure cookers but you can find some of the best made by T-Fal Wearever. They have several different sizes including 4, 6, 8 and 12 quart models that run USD $35 for the 4 quart and USD $65 for the 12 quart cookers. The handle is long and narrow and is made of durable plastic and the pot is made from aluminum that is polished out and natural aluminum on the inside. The 12 quart is a little different having 2 handles that lock at each side of the cooker. All models are equipped with safety valves and all gaskets can be replaced to ensure safety. The 12 quart cooker may go under the name of Mirro and can be used in the canning process. They can be placed in a dishwasher and are rust free. You will never get burned because they cannot be opened unless all the steam and pressure is gone from inside the cooker. Pressure gauges are included and readable. These cookers come with a 10 year warranty.
Megafesa USA makes another pressure cooker called the 8 Quart Super Fast Pressure cooker for USD $90. This one cooks faster than the others because of the material used in making the base of the cooker. There are three different levels of cooking and heat ' slow that cooks at 6 psi, then the medium that cooks at 9 psi and the super fast at a swift 15 psi. The lid will not be able to be removed unless all steam is released. This cooker has a safety valve, valve to release over pressure and a safety edged lid window. It is also made of aluminum with stainless steel. It must be hand washed.
If you need to make meals in a hurry you need a pressure cooker. Remember that they do help the environment because less energy is used in order to make a meal. The are very safe because you are unable to remove lids until all danger is past. Prepare a nutritious meal using a pressure cooker tonight.
Taking advice of a reputed and experienced author like Mike Russell on your store for the cookware sets [http://www.cookwarecupboard.com/] and pressure cooker [http://www.cookwarecupboard.com/] could prove to be very useful at the end of it. Presently he is writing for a website that provides information on the finest cookware sets available around.
Air Tight, Zero Leakage Fans and Blowers
NISCO Fan Co. has been developing gas-tight and zero leakage fans and blowers for containment of hazardous organic and inorganic compounds in industrial process plants and other critical applications. Special construction and shaft sealing devices are available for blower service requiring zero or minimal gas leakage into and out of casing.
NISCO has a lot of experince with gas-tight and zero-leakage construction on fans and blowers, including: multistage lip shaft seals; Buna-N, Viton and Teflon seals; mechanical shaft seals; special fan housing gasketings; single and double carbon ring seals; hermetically sealed blowers; magnetofluidic and ferrofluidic seals; and packed stuffing boxes with barrier liquids and purgeable seals.
Specific code welding processes and special fan design features are used too - to ensure complete gas tight integrity.
Zero leakage and gas tight fans and blowers could be used in the following industries:
* Pollution Control
* Pulp and Paper Industry
* Printing and Converting
* Chemical Plants
* Power Generation
* Research and Development
* Petroleum
* Food Processing
* Paint and Ink Industries
Some special materials and alloys frequently used in gas tight fans, especially for service in hazardous, abrasive, corrosive and high temperature environments, include:
Corten, ASTM A36 Carbon Steel, Hastelloy, Inconel, Stainless Steels of different kinds, Titanium, Monel, Aluminum, Teflon, Rubber LIning. These materials are typical for industrial applications requiring high strength alloys and super alloys too.
As an intermediate step between standrard fan design and air-tight design, NISCO offers a few stages of low leakage construction on fans and blowers - for industrial cusomers calling to minimize leakage fans due to the presence of toxic or corrosive gases in the airstream. As some system requirements are more stringent than others, and since some of the necessary modifications can be rather expensive, a few levels of Low Leakage Fan Construction are offered to choose from:
1) Heavy gauge housing construction with solid housing drive side, Neoprene Gasketing, and Viton, or Buna-N Rubber lip type shaft seal.
2) Full face sheet gasketing, Red Silicone or White Nitrile.
3) Contiunuosly welded fan housings;
4) Gas-purged mechanical shaft seals in lieu of lip seals - for greater sealing capability at the shaft hole opening.
I order to achieve a proper sealing, the mechanical shaft seal should be purged. The recommended purge pressure is 2 to 5 PSI above the process gas pressure.
Lip seals are furnished with two seal elements, each with a stainless steel spring for maintaining surface contact. The seal assembly is lubricated with" never-seeze". Mechanical seals are double or triple carbon ring seals mounted in a carbon steel housing. The seal housing is furnished with two purge ports.
To ensure proper fan sealing, Soap Bubble or Chalk / Kerosene tesing of the blower assembly is performed. This ensures that continuous weld has completely sealed the housing seams (liquid tight).
NISCO Fan Co. is a world wide distributor of industrial process ans OEM fans and blowers, as well as fan components; including high pressure blowers, high temperature fans, spark resistant and explosion proof ventilators, tubeaxial and vaneaxial high pressure ventilators. NISCO also does existing fans and blowers repairs, re-build, as well as dynamical wheels balancing.
For additional information please refer to http://nisco.net/news.html.
Oleg Tchechel
Industrial Process Systems Designer
NISCO Fan Co.
http://nisco.net/index.html
http://nisco.net/custserv.html
About the Author
Oleg Tchechel
Developer of Industrial Ventilation Equipment
NISCO Fan Co.
http://www.nisco.net/custserv.html
http://www.nisco.net/inquiry.html
custom turbo for mustang?
i want to turbo my 1996 mustang v6 3.8 mustang. I found a kit online for 1500. Just want to know if this would be a good idea and what else I would need to put it on.
It comes with
- Custom Spec'd T28 Turbocharger
- Turbo Gasket Kit
- Turbo Water Line Kit
- Turbo Oil Line Kit
- Turbo Inlet Flange
- Turbo Outlet Vband Flange
- Turbo Vband Downpipe
- TurboKits.com Intercooler - 400HP
- (2) 2.5" 45 Degree Aluminum Pipe
- (2) 2.5" Straight Aluminum Pipe
- (6) 3 Ply Silicone Straight Couplers
- (2) 3 Ply Silicone 90 Degree Couplers
- (16) Stainless T-Bolt Clamps
- Forge Billett Aluminum BOV
- Air Intake Filter
- Boost Gauge
- D1 SPEC Turbo Timer
-4ft vacuum line
Other info
Boost: 8-20 PSI
HP Gain: Custom
Warranty: 1 Year
Looking to get 400 HP from a little 6 banger. It's possible but you must do more to the engine and car if you want it to last more than a couple of passes down the quarter mile.
First off this is a 15 year old car with a 15 year old engine, 15 year old transmission, 15 year old drive shaft, and 15 year old differential. If these are all factory original they will not be up to the task. Things are going to break and break hard. The engine, transmission, drive shaft, and differential need to be overhauled or upgraded before you even think about adding the turbocharger.
Consider this scenario. You add the turbo kit only but fail to upgrade the engine and the rest of the drive-line. You take your freshly turbocharged Mustang out on its maiden voyage. You pull up to a light. A mid 90's Z/28 pulls up along side you and revs the engine a couple of times. You start to drool because you are about to have fresh Camaro for lunch. You start to give your Mustang a little gas to spool up the turbo for launch. The light turns green. You put your right foot to the floor and slip your other foot off of the clutch. You hear a loud bang and go nowhere. Steam and smoke are starting to come from under the hood, fluids are coming out the bottom. Time for a tow truck. How embarrassing.
The stock cast crankshaft, rods, and pistons won't be up to the task. You will need to find a forged crankshaft, rods, and pistons. Also, when selecting your pistons you will want some turbocharger friendly ones. These usually have a smaller dome that will lower the compression ratio down to about 8.5:1 to reduce the detonation problems you will be constantly fighting under boost. With lower compression pistons you will be able to run the engine on premium 92 octane pump gas instead of hard to find and expensive racing fuel.
The rest of your 6 banger drive line won't be up to the task either. You may want to use the transmission and rear end from a Mustang GT. These are built to handle V8 power and should be good up to 400 HP.
Personally I think you would be better off selling this 6 banger mustang and getting a GT. There is much more potential with the V8. And you will find far more aftermarket goodies for the V8 than you will the 6 banger. You will literally get more bang for the buck hopping up a V8 Mustang.
Endress+Hauser Announces Deltabar M, Cerabar M And Deltapilot M Pressure Transmitters
Endress+Hauser's M Class Deltabar M PMD55 transmitter and its Cerabar line of pressure transmitters have ATEX, FM, CSA, NEPSI and IEC Ex certifications for use in hazardous areas.
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