Jump to content

Recommended Posts

Posted

You had the rare opportunity to have a truly knowledgeable tech to work on yours. Please share the dealer name so others in that area can use them. Wish all techs were as smart, but most are just part swappers, and the service managers/writers are the ones that really don;t understand any of this.

 

Great story!!!

Posted

You had the rare opportunity to have a truly knowledgeable tech to work on yours. Please share the dealer name so others in that area can use them. Wish all techs were as smart, but most are just part swappers, and the service managers/writers are the ones that really don;t understand any of this.

 

Great story!!!

 

As much as I'd like to, I didn't ask permission from him and don't want to have it come back on him.

The difference may be that Chevrolet dealers that sell Corvettes are required to have a Corvette salesman and tech that get factory training on the car -so the rest of the techs would be working on anything that Chevrolet sells including the trucks and may not be as up to date on the DI engine concerns.

Posted (edited)

I've asked this before and I'm not sure if anyone responded. Searching from my phone is a bit difficult but is anyone with an RX can getting oil buildup on the top of the can? It seems to be coming from the inlet hose to the can....seeping past where the hose is attached to the hose barb. It's just enough that after about 600-700 miles there's a thin coating of oil on top of the can and a couple drips down the side. There are no codes or lights in the dash indicating a problem and I'm still draining oil like usual from the can so its working.

 

 

Sent from my iPhone using Tapatalk

Edited by Silverado-Hareek
Posted

I've asked this before and I'm not sure if anyone responded. Searching from my phone is a bit difficult but is anyone with an RX can getting oil buildup on the top of the can? It seems to be coming from the inlet hose to the can....seeping past where the hose is attached to the hose barb. It's just enough that after about 600-700 miles there's a thin coating of oil on top of the can and a couple drips down the side. There are no codes or lights in the dash indicating a problem and I'm still draining oil like usual from the can so its working.

 

 

Sent from my iPhone using Tapatalk

Are your connections wrapped with tape? I know I have heard they leak if not sealed properly

 

sent from Florida beech

Posted

Are your connections wrapped with tape? I know I have heard they leak if not sealed properly

 

sent from Florida beech

The original RX design doesn't have connections that need to be wrapped in tape. And the specific connection that is leaking is just a hose barb so there's nothing really to wrap. I do have a hose clamp around it for extra support and I wonder if over time that pressure has messed up the seal maybe. Because it never leaked at first. The only other thing I can think of is that since I switched to synthetic oil, it's properties allow it to seep past it a bit more easily than synthetic blend.

 

 

Sent from my iPhone using Tapatalk

Posted

The original RX design doesn't have connections that need to be wrapped in tape. And the specific connection that is leaking is just a hose barb so there's nothing really to wrap. I do have a hose clamp around it for extra support and I wonder if over time that pressure has messed up the seal maybe. Because it never leaked at first. The only other thing I can think of is that since I switched to synthetic oil, it's properties allow it to seep past it a bit more easily than synthetic blend.

 

 

Sent from my iPhone using Tapatalk

I still would wrap the barb connection. Any bit helps. And you are correct synthetic is a less mineral based oil making its viscosity lower

 

sent from Florida beech

Posted

I'd snip the end of the hose, and make the connection tighter, by whichever means used to fasten the hose to the barb.

 

I've been running Amsoil since long before I installed my can, and it doesn't leak a drop. I don't even have any clamps on a couple connections.

 

post-65085-0-33384500-1456191360_thumb.jpg

post-65085-0-33384500-1456191360_thumb.jpg

post-65085-0-33384500-1456191360_thumb.jpg

post-65085-0-33384500-1456191360_thumb.jpg

  • 1 month later...
Posted (edited)

Just wanted to share this picture of a brand new install on my first GM Truck as I have always driven Ford and Dodge. My son has a 2010 Camaro and we have been kicking around a CTS-V for his 21st birthday. After owning all the Ford and Dodge vehicles that absolutely capture a ton of oil every oil change. Ton = 3-5 ounces at every dump in the hot months and 7-8 ounces or more in the winter months.

 

I've just completed this full bolt-on system and wanted to see how everyone likes it. ( This is a Plug n Play Setup )

 

14-17-gm-chevrolet-gmc-trucks-5-3l-dual-

 

Here is an installed shot from the manufacturer website.

 

14-17-gm-chevrolet-gmc-trucks-5-3l-dual-

I am looking forward to becoming a vendor and to be a part of the community.

Cheers everyone.

Email: [email protected]

If any moderators are on please contact me about becoming a vendor and getting our own forum. We

would like to get signed up right away if possible.

Thank you, Joe

Edited by JoeCCS
  • Like 1
Posted (edited)

Just wanted to share this picture of a brand new install on my first GM Truck as I have always driven Ford and Dodge. My son has a 2010 Camaro and we have been kicking around a CTS-V for his 21st birthday. After owning all the Ford and Dodge vehicles that absolutely capture a ton of oil every oil change. Ton = 3-5 ounces at every dump in the hot months and 7-8 ounces or more in the winter months.

 

I've just completed this full bolt-on system and wanted to see how everyone likes it. ( This is a Plug n Play Setup )

 

14-17-gm-chevrolet-gmc-trucks-5-3l-dual-

 

Here is an installed shot from the manufacturer website.

 

14-17-gm-chevrolet-gmc-trucks-5-3l-dual-

I am looking forward to becoming a vendor and to be a part of the community.

Cheers everyone.

Email: [email protected]

If any moderators are on please contact me about becoming a vendor and getting our own forum. We

would like to get signed up right away if possible.

Thank you, Joe

Nice job, Joe. Why are there couplings in some of the hoses?

Edited by Terp84Alum
Posted

Where did you get the idea to use a WOT suction and a cleanside separator?

There are few ways to deal with the problem of pressure differentials at WOT. A basic understanding of physics could lead most people to the obvious solution for manging gas flow at WOT. Most plumbers could look at a PCV system and know where check valves need to be and how the sysem works for a given throttle position.

 

It's nice to see competitors in the air-oil sep market. Don't get me wrong, my Elite CC is great, but the pricing is absurd. The price tag is out of control for the E2-X system. Ridiculous (sickening) mark-up for such a product.

Posted

There are few ways to deal with the problem of pressure differentials at WOT. A basic understanding of physics could lead most people to the obvious solution for manging gas flow at WOT. Most plumbers could look at a PCV system and know where check valves need to be and how the sysem works for a given throttle position.

 

It's nice to see competitors in the air-oil sep market. Don't get me wrong, my Elite CC is great, but the pricing is absurd. The price tag is out of control for the E2-X system. Ridiculous (sickening) mark-up for such a product.

The question was for Joe from UPR as before a customer of his did the "catchcan test" and they failed miserably, he always promoted his (made by Billet Prototypes like the Moroso) was the best. He then copied the RX dual valve and also copied the explanations of RX on how all of this worked. (the RX is priced less I believe than the UPR) after sending RX this nasty message: " If you continue to use and show my products as being faulty or not as good as yours I will have your can manufactured in billet to be a quality item ! Them proceed to sell all your dealers with my endless source of supplies." So, before that, RX was the ONLY can that understood this and shared this information. Using someone else years of hard work and research to copy is less than ethical. Same with the "cleanside separator" that RX was the first and only to use, then UPR copied it as well:

 

Read the entire test here:

 

http://www.f150forum.com/f70/5-0-upr-vs-rx-catch-can-effectiveness-test-254381/

 

And, here is a challenge. Perform that same test but with the E2-X against the can in the pictures Joe posted here, and the E2-X comes out on top.

 

That was the only point of my post.

 

Most ethical companies will work with an inventor/designer to have them license the design, or have them private labeled from the inventor. Comapnies that just copy others to short cut all the expense and years of R&D are what is wrong with business today.

 

DSCN1598_zpsdmqhpyit.jpg

 

These were out for months before he copied it. And after you read the nasty letter (he had his customer take the challenge, not RX) this is what is wrong with business today IMHO.

 

 

  • Like 1
Posted

I don't want to turn this into a price war or Catch Can bashing thread. I always stand behind our pricing. I feel our prices are very competitive with the type of engineering, design, and in-house manufacturing we put into all our products. I also feel we go the extra step in quality and finish of our products. There's a lot of cost in our Catch Cans, and as any successful business knows, there's a lot of costs behind the scenes (forum sponsorship, advertising, marketing, overhead, burden, etc.). We try to price all our items so that we can, on occasion, offer specials, and also support our great dealers. It doesn't benefit any successful business to to have grossly elevated margins.

 

 

 

 

Posted

My vote goes to Elite! They answered my questions and sent me a well built product. All the parts and pieces were quality and I still have not seen a catch can that can match it! Thanks Elite!

  • Like 1
Posted

My vote goes to Elite! They answered my questions and sent me a well built product. All the parts and pieces were quality and I still have not seen a catch can that can match it! Thanks Elite!

 

 

We thank you!

 

:thumbs:

Create an account or sign in to comment

You need to be a member in order to leave a comment

Create an account

Sign up for a new account in our community. It's easy!

Register a new account

Sign in

Already have an account? Sign in here.

Sign In Now
  • Recently Browsing   0 members

    • No registered users viewing this page.
  • Forum Statistics

    250.5k
    Total Topics
    2.7m
    Total Posts
  • Member Statistics

    342,987
    Total Members
    8,960
    Most Online
    RSTRICK
    Newest Member
    RSTRICK
    Joined
  • Who's Online   4 Members, 0 Anonymous, 642 Guests (See full list)


  • Latest Articles

  • Posts

    • Guys that read Dizzy's thread know that eons ago after multiple manifold pulls to clear the CCV orifice I converted it to a PCV system with an orifice below it via the valve cover. The blow-by (sticky rings) was so bad it was impossible to keep clean and accumulated water in the oil in the winter when the moisture would freeze in the fresh air side. The PCV functioning mainly as a check valve. I carefully sized the orifice to reproduce the factory values for crankcase pressure at idle.    Well...took a slug of oil to get my attention but the ring seal improvement meant the system was over drafting sucking oil up and out the breather. (V8 guys with orifice systems are nodding their heads). So today I choked it down...allot....to replicate the "just enough to hold a piece of paper on the fresh air side at idle". May still be to much but I'm working with shims at the moment. When I get it sorted I'll make a proper plate and plug. Perhaps using carburetor jets to tune it.    So I guess this means it isn't my imagination.    Dizzy is a pig guys so don't go expecting huge moves in equipment (your equipment) that is in much better shape. A needle valve....lord that just came to me....
    • I had a new engine installed with under 5,000 miles. It shut off coming around a residential street corner and wouldn't restart. Dealer indicated it seized. New one has been fine since with 10,000 miles on the replaced engine. Annoying but I was given a loaner for the 5 weeks it was down. I won't go with the 6.2l gasser so it's 3.0l again. I love the economy and it tows my enclosed car trailer just fine. 
    • Coming back from towing a car to my daughter in Nashville truck started making a screaming noise from underneath.  Pulled over placed in park and sure enough whining noise from underneath.  Dropped at the dealer fearing new tranny or another front pump/cover replacement.  Service writer said it sounded like the tranny too...  Well $300, new idler and a belt all is good.  Pop the hood and give a listen. lol  Now I'm telling dealers I'm no longer interested in a new truck.
    • HD uses the 6.6 gas.   Oil consumption while heavy working is considered normal.  1 quart per 100 gallons of fuel is the normal rate above 8600lbs GVWR.  If more than that, it is considered excessive.   They will have to perform an oil consumption test using the guidelines in TSB 03-06-01-023J.     Information on Engine Oil Consumption Guidelines All engines require oil to lubricate and protect the load bearing and internal moving parts from wear including cylinder walls, pistons, and piston rings. When a piston moves down its cylinder, a thin film of oil is left on the cylinder wall. During the combustion process, part of this oil layer is consumed. As a result, varying rates of oil consumption are accepted as normal in all engines. Oil Consumption Oil usage has a direct relationship with the amount of fuel used. The harder an engine works, the more fuel and oil it will use. Therefore, oil usage as a factor of fuel usage is a more accurate indicator of acceptable oil consumption levels than vehicle mileage for vehicles at or above 8600 GVW. The accepted rate of oil consumption for gasoline engines in vehicles at or above 8600 GVW is 1 liter (1 qt) within 400 liters (100 gallons) of fuel used. This rate only applies to vehicles under warranty, maintained in accordance with the appropriate maintenance schedule, driven at legal speeds and within design intent of the vehicle. Many factors can affect an owner's concern with oil consumption. Driving habits and vehicle maintenance vary from owner to owner. Thoroughly evaluate each case before deciding whether the vehicle in question has abnormal engine oil consumption. Gasket and External Leaks Inspect the oil pans, engine covers, and the engine oil cooler for leakage. Inspect for oil leakage into the engine coolant. Improper Reading of the Oil Level Indicator (Dipstick) The vehicle must be parked on a level surface to obtain accurate oil level readings. Verify that the dipstick tube is fully seated in the block. When checking the oil level, make sure the dipstick is wiped clean before taking an oil level reading and fully depress the dipstick until the shoulder bottoms out on the dipstick tube. The dipstick should be the proper part number for the engine/vehicle that is being checked. Not Waiting Long Enough After Running Engine to Check Oil Level The vehicle should be allowed to sit for at least 15 minutes, after the engine has been shut off, before taking an oil level reading to assure the oil has had enough time to drain back into the crankcase. In order to ensure accurate results, the temperature of the oil should be close to the same temperature as the last time the oil level was checked. Improper Oil Fill After an Oil Change Following an oil change, verify that the proper amount and type of oil was put in the engine and that the oil level on the dipstick is not above the full mark or below the add marks. Refer to the Owner's Manual or Service Manual for information on recommended oil quantity, viscosity, and quality. High Speed or High RPM Driving Continuous driving at high speeds/high RPMs may increase oil consumption. Because this may not always be an everyday occurrence, it is hard to determine exactly how much the oil economy will be affected. Towing or Heavy Usage Towing a trailer or hauling additional weight will increase oil consumption. Large frontal area trailers will further increase the work required from the engine, especially at highway speeds, and thus increases the rate of oil consumption. PTO Operation Operation of a PTO will increase fuel and oil usage, as the PTO driven accessory uses engine power to operate. Crankcase Ventilation System Verify that the positive crankcase ventilation (PCV) system is operating properly. Blockages, restrictions, or damage to the PCV system can result in increased oil use. Oil Dilution from Condensation On vehicles that are usually driven short distances, less than 8 km (5 mi), especially in colder weather, condensation generated from cold engine operation may not get hot enough to evaporate out of the oil. When this occurs, the dipstick may indicate that the oil level is over-full. Subsequent driving on a trip of sufficient length to enable normal engine operating temperature for 30 minutes or more, in order to vaporize excess moisture, may give the customer the impression of excessive oil consumption. Engine Temperature If an engine is run at overheated temperatures (see Owner's Manual or Service Manual) for more than brief periods, oil will oxidize at a faster than normal rate. In addition, gaskets may distort, piston rings may stick, and excessive wear may result. Verify that all cooling system components are in proper working order. Engine Wear Piston scuffing, excessive piston-to-wall clearance, tapered or out of round cylinders, worn, damaged or improperly installed valve guides, seals and piston rings will all cause an increase in oil consumption. Measurement of Oil Consumption Engines require a period of time to BREAK IN so that moving parts are properly seated. Therefore, oil economy should not be tested until the vehicle has accumulated at least 6400 km (4000 mi). An exception would be allowed only if an engine is reported to be using more than 0.946 liter (1 qt) in 1600 km (1000 mi).   Verify that the engine has no external leaks. Repair as necessary. Verify that the engine is at normal operating temperature (see Owner's Manual or Service Manual). Park the vehicle on a level surface. Wait at least 15 minutes, after the engine is shut off, before checking the oil level to make sure that most of the oil has had time to drain back into the crankcase. Check the oil level and record the vehicle mileage, date, and exact oil level on the form included in this bulletin. Next ensure the oil level is at, but not above, the full mark on the dipstick. add oil if necessary. Also ensure the proper viscosity and quality oil are being used as recommended in the Owner Manual Ask the customer once they have consumed 100 gallons of fuel schedule an appointment and return to the dealer for inspection. If the final evaluation shows that the engine uses more than 0.946 liter (1 qt) in 379 liters (100 gallons) of fuel used, follow the published symptom diagnostics as described in the appropriate Service Manual. If the oil consumption test shows that the engine uses less than 0.946 liter (1 qt) in 379 liters (100 gallons) of fuel used, explain to the customer that their engine meets the guidelines for oil consumption.  
    • I have a 2024 Chevy Silverado 2500 with the 6.2 liter engine, Vin: 2GC4YME79R1273849, with 27,437 miles. Recently we took a trip from Candor, NY to Townsend, TN pulling our fifth wheel, when I got close to the Townsend, TN area The truck gave me a message of low oil. I checked the dip stick and found it was 2 quarts low. Today, August 27, 2026, I had the oil changed and the technician Found the truck was very low on oil.  Is there a Recall for this? What is my recourse for this issue? Do I call the dealer where I bought it or any chevy dealer?   Robert Strickland 292 Owego Road Candor, NY 13743 352-502-6588 [email protected]
  • GM-Trucks.com Clubs

  • Popular Contributors

×
×
  • Create New...