Jorc Industrial, LLC

Jorc is an independent manufacturer of products that are used to remove condensation from a compressed air system. Their experience created a unique approach to solving the problems associated with compressor condensation.

The company has been successful because they deliver value. Our research found that they are able to combine technology and common sense to create reliable drains with practical features and affordable prices.


Smart Guard Ultra Drain



A condensation drain should automatically remove condensate when it appears at the drain without wasting air or clogging. It should also be easy to monitor, affordable and capable of handling a large amount of condensate. The Smart Guard Ultra is the best drain we have found to meet these requirements.

The Smart Guard Ultra is the most unique condensation drain on the market. It has several exclusive features that eliminate the common problems caused by compressor condensate and the shortcomings of other drains. These include the following:

  • The Smart Guard Ultra uses radio wave signals to monitor the presence of condensation, and a special transducer to open a discharge valve with a safety setting that closes the valve before wasting compressed air. This technology is exclusive to the Smart Guard Ultra. It improves reliability and reduces maintenance, because there is nothing in the condensate mixture that can foul, jam or clog.

  • The Smart Guard Ultra has a sight glass so you can easily monitor the performance of the drain. This means you can see the cycling of the drain and investigate if the bowl stays full of condensate.

  • The Smart Guard Ultra has a large 4.5mm orifice in the drain discharge system. This makes it possible for the drain to handle the larger contaminants often found in condensation.

  • The only maintenance required for the Smart Guard Ultra is periodic cleaning of the condensation reservoir. A modular construction design makes this drain very easy to clean. It takes only a few minutes to remove the 4 housing bolts, wipe out the inside of the reservoir and put the drain back in service.

  • The Smart Guard Ultra inlet can be adjusted to receive condensation on top or on the side, giving you flexibility for installation. And, the inlet has been designed to eliminate the need for a balance line when operating as a zero air loss drain.

  • A strainer has been built into the Smart Guard Ultra to protect against clogs from the solids that are often found in condensation.

  • The Smart Guard Ultra will quickly pay for itself when you replace your existing drains. It is sold for hundreds of dollars less than the electronic drains offered by the brand names in this industry. You will also save money by eliminating the time and money spent monitoring and maintaining other types of drains. And, a consistent supply of dry air will reduce the equipment problems that lead to production downtime and poor quality.

You can simplify your condensation management program by installing a Smart Guard Ultra at key drain points, such as: the aftercooler separator, receiver tank, intercoolers, air dryer, in-line filters and on drip legs throughout the air piping system.

Send an email to drain@compressorwise.com if you would like more information on the Smart Guard Ultra. We will send you a picture, product specifications and details on the best way to purchase this unique condensation drain.

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Other Products

The following provides details on several other unique products that have helped others improve their condensation removal systems and save money.


POD
Pneumatically Operated Drain

The POD is a simple, mechanical float drain that was designed for those hard to reach locations where electricity is not readily available.

It has a small footprint and a modular, lightweight housing that allows you to actually hang the drain in the piping system. And, you can easily remove the cover to clean the housing or to replace the float mechanism making this drain very simple to maintain.

Send an email to otherdrains@compressorwise.com with your question about the POD. We will send you details on the best way to purchase this product.



MAG 11 Filter Drain

The MAG 11 was specifically designed for draining the filters that are used in a compressed air system. It is a simple and inexpensive drain for this application.

An internal magnetic force provides power for the automatic draining valve. This gives you a zero air loss drain that does not require electricity.

Send an email to otherdrains@compressorwise.com with your question about the MAG 11 Filter Drain. We will send you details on the best way to purchase this product.


Smart Guard Pro

The Smart Guard Pro uses the same radio wave technology as the Smart Guard Ultra, so it has the same benefits – except for one. The Smart Guard Pro does not have a clear bowl to monitor drain activity.

One key advantage of the Smart Guard Pro is the price. At less than $400, it is a great value for a high tech, level activated drain.

Send an email to otherdrains@compressorwise.com with your question about the Smart Guard Pro. We will send you details on the best way to purchase this product.


Y Strainer with Ball Valve

This Y Strainer combines the protection of a stainless steel strainer with a ball valve. This product is made to be installed in the condensation line, immediately before a drain.

The flexibility and usefulness of this product speaks for itself. And, with a price under $25, it is a no brainer to put one before each drain in your facility.

Send an email to otherdrains@compressorwise.com with your question about the Y Strainer with Ball Valve. We will send you details on the best way to purchase this product.


Air Saver

A small reciprocating compressor mounted on a receiver tank is a familiar sight in industrial plants and manufacturing facilities. There is a hidden opportunity for energy savings with many of these machines.

There is a potential for waste that is associated with these compressors when they do not operate 24 hours a day. This could be because the air use equipment is not operated around the clock or because the plant shuts down at the end of each day.

The air that is stored in the tank can leak out through the piping system, after the compressor is turned off for the day. This is a direct waste of the energy that was used to produce the compressed air. Our research has found that the Air Saver has proven to be a good solution to this problem.

A micro processor provides reliable operation of a motorized ball valve in the Air Saver. The controls are very user friendly which makes it possible to program the valve to open and close at specific times.

The Air Saver is installed on the air piping that comes out of a receiver tank. It can be programmed to automatically open just prior to the start of a work shift and close just after the end of the work shift.

This project has a very fast payback because it saves a tank of air a day and because of the low price of the Air Saver. This product is available in 2 sizes, so it can be installed easily on 1” or 2” pipe.

Send an email to airsaver@compressorwise.com if you would like more information on this product. We will send you product specifications and details on the best way to purchase the Air Saver.

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Condensation Facts

Condensation is the moisture that drops out of an air flow as it cools. The condensation in a compressed air system is a constant threat to cause expensive problems. The following are a few examples:

  • Moisture washes lubrication from air tools and production equipment causing downtime and maintenance.

  • An inconsistent supply of dry air causes production quality problems.

  • Excessive rust and scale often forms in the air distribution system.

  • Water can back up into the compressor and wreck the machinery.

  • Air dryers can become overloaded.

  • In-line filters can be destroyed.

The problems get worse if you operate lubed reciprocating or oil flooded rotary screw compressors, which is just about everyone. Compressor oil makes its way into the distribution system with the compressed air. The mixture of oil, water, dirt and heat tends to build up a sludge that will ultimately jam or clog production equipment, air tools and drains.

The situation is further complicated by climate and seasonal weather changes. This is because the amount of condensation generated will change according to changes in the temperature and the relative humidity of the inlet air.

Consider that a 200 horse power compressor operating in a climate of 60 degrees F with 40% relative humidity will generate approximately 50 gallons of condensate a day. However, that same compressor operating in a climate of 90 degrees F with 70% relative humidity will generate approximately 260 gallons of condensate a day.

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Drain Piping Tips

There are very few things that can cause more trouble than the condensation that accumulates in a compressed air system. Here are some piping tips that will help you remove the liquids from your system.

  • Always slope or pitch the pipe in the main air header and in the branch air lines downward at least 1 inch per 10 foot of pipe, in the direction of the air flow. This will allow condensation to collect at the low points, where it can be trapped and drained from the compressed air systems.

  • Always install a valve in the line, ahead of your condensation drains. This gives you a way to make sure the drain is working, and it makes it easier to do maintenance on the drain. The Y Strainer with Ball Valve illustrated in “Other Products” is an excellent choice.

  • Avoid using a blind discharge, like a line made of solid pipe, on your drains. This will made it impossible to observe that your drains are working. Install a paddle wheel sight glass, use clear piping or use an open pipe at the discharge point. And, don’t rely on the test button on a drain for proof that the drain is removing liquids from the system. If a drain is air locked, pushing the test button will only agitate the mixture in the drain housing. This bubbling activity can give a false impression that the drain is working.

  • Some electronic drains require a vent line to operate as a zero air loss drain. If you are using a vent line, make sure the vent line is connected to a location in the air piping system that has a confirmed, consistent lower pressure than the pressure at the drain. Test the pressure so you can verify this point, because a mistake will air lock the drain, and stop the removal of liquids.

  • Always take the air from the top of the header or main air line, when running pipe to deliver air to a point of usage. This makes it difficult for any liquid in the header to migrate to the equipment that is using the compressed air.

  • Never take the air directly from the bottom of a pipe that delivers air from the header or main air line. The air outlet should be positioned on the side of the drop leg, rather than the bottom. This is done so that any condensation which is carried from the main line or is formed in the supply line will collect below the connection for the air usage. And, you can install a manual valve to periodically check for liquids at the end of this supply line.

  • Install drip legs in the air piping system. A drip leg is a pipe that connects to the bottom of the header or main air line, for the purpose of collecting liquid. Drip legs should be at all low points in the air line, and at any point where the air line dips to go around an obstruction. Also, a drip line should be located at any place where the air piping is coming into a building from outdoors.

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Contact Us

Jorc products are reliable with very economical prices. This gives you the power to solve the problems caused by compressor condensation, and save money in the process.

Send an email to drain@compressorwise.com if you have a question or would like additional information on condensation drains.

 

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