How To Measure Tank 2 Sludge Level Hoot Septic? (TOP 5 Tips)

To measure the sludge layer: Slowly lower the tube into the septic tank until it touches the bottom of the tank. As the device is slowly pulled out of the water, the check valve closes capturing a liquid/solid profile of the septic tank water.

How is septic tank sludge measured?

To measure the sludge layer:

Slowly lower the tube into the septic tank until it touches the bottom of the tank.

As the device is slowly pulled out of the water, the check valve closes capturing a liquid/solid profile of the septic tank water. The thickness of the sludge layer can be measured.

How many inches is septic tank sludge?

at MEASURE SCUM & SLUDGE, the septic tank needs to be pumped when the floating scum layer has accumulated to reach 3 inches of the bottom of the outlet baffle or tee. at MEASURE SCUM & SLUDGE, normally a septic tank should be pumped when the bottom layer of sludge is within 18 inches of the tank outlet.

How much sludge is in the top of a septic tank?

Both the regulatory and pumping industry recommend that the sludge and scum layer in a septic tank should never be permitted to fill more than about 30% of the septic tank’s volume. Therefore, it will take about 5 years for one adult to fill 300 gallons of a 1,000-gallon septic tank with sludge and scum.

How do I reduce the sludge in my septic tank?

How to Reduce Sludge in a Septic Tank Without Pumping

Install an aeration system with diffused air in your septic tank.

Break up any compacted sludge.
Add a bio-activator or microbe blend.
Maintain the aeration system.

Add additional Microbes as required.

How can I tell if septic tank is full?

Here are some of the most common warning signs that you have a full septic tank:

Your Drains Are Taking Forever.

Standing Water Over Your Septic Tank.
Bad Smells Coming From Your Yard.
You Hear Gurgling Water.

You Have A Sewage Backup.
How often should you empty your septic tank?

Can I shower if my septic tank is full?

Only the water would get out into the leach field in a proper system unless you run too much water too fast. The thing to do is to run your shower water outside into it’s own drain area, but it may not be allowed where you are. Used to be called gray water system.

Do all septic tanks have two lids?

A septic tank installed before 1975 will have a single 24-inch concrete lid in the center of the rectangle. A two-compartment tank installed after 1975 will have two lids of either fiberglass or polyethylene, centered at opposite ends of the rectangle.

When To Pump Your Hoot Septic Treatment System

The frequency with which you should pump your Hoot System will be determined by the level of home use. It is advised that you get your septic system pumped on a regular basis to maintain your Hoot healthy and to ensure appropriate wastewater treatment for years to come. Over time, the garbage chamber in your system will naturally produce a scum layer (the surface of the sewage) and a sludge layer (the bottom of the sewage) (bottom of the trash chamber). When the solids (scum/sludge combined) in your garbage chambers surpass 25 percent of the overall capacity of the chamber, we recommend that you pump and clean your system.

When the solids in your garbage chamber surpass 15 inches combined, we recommend that you get your system pumped.

A HOOT System is capable of pumping around 1,000 to 1,100 gallons per minute.

Keep in mind that a buildup of solids in the garbage chamber can cause particles to flow over into the processing chamber if the chamber is not cleaned out quickly enough.

Use of the garbage disposal regularly can result in large increases in the levels of sludge and scum in your tank, resulting in the need for more frequent pumping of the system.

Recent ArticlesTips

When Should You Have Your Septic System Repaired? Because your septic system is underground, it might be easy to miss any difficulties that it is having. However, this does not imply that the problems are not severe, nor does it imply that you are unable to detect problems. w
What Are the Causes of Septic Backups? Your house or yard may already be contaminated by wastewater, which is the most prevalent symptom of a septic system malfunction, as you are aware. What you may not be aware of is the reasons why your septic system is backing up. There are a variety of options

How to Measure Septic Tank Sludge Depth

What is the best way to determine when to pump your septic tank? In a previous piece, you learned that the only way to know for certain when to pump your septic tank is to take an actual measurement of the amount of accumulated sludge and scum in the tank. It is designed such that the septic tank should be pumped when the combined sludge and scum layer displaces 30% of the tank’s total volume. Using the above example, if the liquid depth of the tank is 48″, the tank should be pumped when the combined thickness of the sludge and scum layer measures 14 12″ (48″ X 0.30).

An example of this would be a long hollow plastic tube with a check valve at the bottom of it.

The scum layer should be pushed through until it is almost broken through by the sludge judge. Mark on the tube in a visibly obvious manner the link between the top of the scum layer and the spot on it. Pulling the tube up and measuring the length of the tube are two options. In many cases, you may see part of the scum layer adhered to the tube to help you locate it
This is normal.

The following are the measurements for the sludge layer:

Slowly lower the tube into the septic tank until it comes into contact with the tank’s bottom
And With each gradual pull of the gadget out of the water, the check valve shuts, allowing a liquid/solid profile of the septic tank water to be captured. It is possible to determine the thickness of the sludge layer

The collected sludge inside the tube measured around 8″ – 9″ in diameter, and there was no scum layer present in this specimen. The thickness of the scum layer would simply be added to the 8′ – 9″ measurement if there was one. In this particular instance, the scum/sludge layer combined displaces approximately 18 percent of the tank volume (8 12″/48″ in this case). Upon further investigation, it was discovered that this septic tank had last been drained 26 months before. The septic tank should be pumped within 43 months of the last septic tank pump out, based on this date (0.18 / 26 months X 0.30 = 43 months) of the last pump out.

Even if the cost of $75 for a sludge judge is beyond of reach for you, you may construct your own gadget that will do the same function.
The length of the stick will vary depending on how deep your septic tank is buried.

The idea here is to avoid wrapping it too tightly around the stick’s handle.
Pay close attention to the link between the top of the scum layer and the placement on the sticking stick.
The scum layer is often adhered to the stick to help you locate it, and this is a good way to identify the location.

Continue to slide the stick back and forth in a plus (+) pattern for approximately 2″ in each direction to enable the solids to flow through the cheesecloth slowly and softly.

Measure the witness line of solids that are lodged into the cheesecloth to determine the amount of solids present. Measure the distance between the “wet” mark on the upper end of the stick and the bottom of the stick. Calculate the percent capacity in the same way as in the previous example.

Septic Solutions – Frequently Asked Questions

Collin County law requires that you retain a valid maintenance contract in existence at all times, and this is a requirement under that legislation. It is possible to be fined up to $500 per infraction for operating your aerobic septic system without a legal contract, with each day being considered a separate crime.

2. Is there a maintenance contract that will cover everthing?

Yes! We provide three different degrees of service. Our services vary from the most basic of minimal coverage to the most comprehensive of all-inclusive coverage.

3. What do you inspect on a maintenance visit?

At each maintenance visit, your septic system is subjected to a thorough 16-point check to verify that it is operating properly. All of your filters and screens are cleaned on a regular basis. After the inspection is complete, a report on the performance of your septic system is posted on your door to keep you informed of the system’s functioning.

4. How do I know if my septic inspection is being performed?

Your maintenance firm should be placing a label in your control box and leaving a door hanger to inform you that they have inspected your system and found nothing wrong. If all of these steps are taken, but you still have a suspicion that your inspection is not being handled properly, place a small rock on the lid of your septic tank that will have to be removed in order for a proper inspection to take place. This will provide you the assurance that you are receiving the service that you deserve.

5. Is my septic system supposed to run all the time?

You are correct in that your aerobic system is meant to function on a continuous basis. Septic Solutions should be contacted if your air pump is not functioning properly.

6 If my septic system runs continually, will I have a large electric bill?

Not at all; the amount of power consumed by an aerobic septic system is comparable to that of a 100 watt incandescent light bulb.

7. Is my septic system supposed to be making a noise?

Your air pump will be making a constant buzzing noise throughout the day. In contrast, if you are hearing a loud, unpleasant buzzing noise, it is likely that your septic alarm is activated. Ensure that electricity is going to your septic system by checking your circuit breakers. If your breakers have not been tripped, call Septic Solutions right away to schedule an inspection.

8. Why does my aerobic system smell?

Aerobic systems emit a distinct odor that some people are more sensitive to than others, depending on their genetic makeup. Septic Solutions should be contacted if you notice a sewage or urine odor in your home.

9. If I have an odor inside my home, ist that septic related?

Septic smells that emanate from within the residence are almost always the consequence of plumbing problems.

10. What can I do if my neighbor’s septic system stinks?

It is possible to file an anonymous complaint with your local Health Department / Development Services if your neighbor has a stinking septic system and shows no sign of wanting to address the problem.

11. What do I do if an alarm and/or alarm light comes on?

Ensure that electricity is going to your septic system by checking your circuit breakers. If your breakers have not been tripped, call Septic Solutions right away to schedule an inspection.

12 Should my alarm and sprinklers activate continually during and/or after rain?

When it rains, the majority of septic systems absorb groundwater.

If your water level rises as a result of this, your high-water alarm and spray heads will be activated. The majority of septic systems will self-correct after the rain has stopped falling. If this is not the case, contact Septic Solutions immediately.

13. How do I mute my alarm?

When it rains, the majority of septic systems absorb ground water. If your water level rises as a result of this, your high-water alert and spray heads will be triggered. Septic systems will often repair themselves as the rain stops. Septic Solutions should be contacted promptly if this is not the case.

14. How often should I have to replace parts?

The cost of replacement parts varies based on the kind of system you have and how well your septic system is kept up and maintained. Some aerobic brands need the repair of parts on a yearly basis. Keeping ants and rodents away from your septic system will help to extend the life of the system’s components. If you find that replacing components is a burden or an inconvenience, you might consider signing up for our Gold Service Plan.

15. Why are the air pump and water pump so expensive?

The pumps are high-end, precision-machined components. They are made and intended to endure harsh external weather conditions for an extended period of time, ensuring a long service life.

16. What should I do if I’m purchasing a home with a septic system?

In the event of a house purchase that includes a septic system, it is highly suggested that you request that the system be cleaned and inspected before closing. Cleaning will help you get started on the right foot, and examining the septic system will guarantee that you know your septic system is in good working order when you move into your new home. You will have the option to request necessary repairs if the system is not up to code or is not working properly during the inspection period prior to closing on the residence.

17. Is the water safe?

If the chlorine is properly maintained and your system is operating properly, the water supply that is sprayed into your lawn is supposed to be safe for children and dogs to walk around on. Humans and pets should never drink from puddles of standing water.

18. Do I have to add chlorine?

The requirement to keep chlorine in an aerobic septic system at all times is a legal requirement in some jurisdictions. Those who violate the law can face fines of up to $2,500 per infraction, with each subsequent day constituting a separate crime.

19. Where can I purchase chlorine?

Chlorine may be purchased in the plumbing department of Home Depot or Lowe’s. It is possible to purchase chlorine from Septic Solutions, either from their office or service van. When compared to the standard retail price offered by home improvement retailers, purchasing chlorine from Septic Solutions will save you roughly $10!

20. Where do I add chlorine?

The position of the chlorine will differ depending on the kind of aerobic system you have installed. Grate pipes are typically 2 3/4″ in diameter, and they are connected to the sewer system. On most systems, you’ll find the pipe protruding from the ground near your tank lids or inside the final lid of your system. If you are having difficulty identifying your chlorinator pipe, call Septic Solutions to talk with a professional who will be able to pinpoint the exact position of your system’s chlorinator for you.

21. How much chlorine am I supposed to add?

The usual guideline is that 1-2 pills per person per week should be used in moderation.

Depending on the size of your family and how much water you consume, this will be different for each individual home.

22. Do I have to use tablets or is there a different method?

There is an other technique of adding chlorine to your septic system, which is described below. If you have a Smart-Chlor bleach injection system installed, you can use standard home bleach if you have the required equipment.

23. Is there a difference between a dripper and a Smart-Chlor?

Yes, a dripper is often a home-made device that drips continuously, similar to an intravenous drip. Each time your water pump starts, a Smart-Chlor is inserted into your plumbing system and is intended to dose the water with chloride. This solution reduces the need for superfluous chlorine consumption and ensures that the chlorine in your septic system is correctly regulated.

24. How much maintenance is required from me with a Smart-Chlor?

The Smart-Chlor requires little to no maintenance at all! It has a capacity of up to 6 gallons of regular home bleach, according to the manufacturer. Every 2-3 months, pour a gallon or two into the tank and you’re done! Not to mention that it comes with a lifetime warranty!

25. Will my sludge level break down by itself?

No, the sludge that has accumulated at the bottom of your septic tanks must be cleaned by a professional septic cleaning service in order to be effective.

26. How do I know when my septic is ready to be cleaned out?

Septic system cleaning should be performed when the amount of sludge in your system climbs to more than 8 inches. Septic failure might occur if the cleansing process is left unattended for an extended period of time.

27.Do aerobic septic systems have to be cleaned out?

Every three to five years, all septic systems must be cleaned up.

28. Is there a difference between pumping and cleaning the septic?

Yes. Pumping is simply the process of removing water from your septic tanks as well as some of the floating solids. Water and compacted muck that has collected in the bottom of the tanks must be properly removed, and this is accomplished through the process of “cleaning.”

29. How should I prepare for holidays and/or large gatherings?

When you anticipate hosting a big number of guests, cleaning your septic system before to the event will help you prevent an embarrassing septic system breakdown during your gathering.

30.Are there certain things I can not put into the septic?

Most items are fine in moderation; however, things like significant volumes of chemicals, grease, and other such substances are not permitted. See Septic System Do’s and Don’ts for a more in-depth list of what should and should not be put into your septic system. Septic Solutions of Texas retains ownership of the copyright and reserves all rights.

HOOT Aerobic Septic System Installation & Repair Packaged Onsite Septic System

Send us your question or comment regarding the many types of septic systems, on-site wastewater disposal systems used for private onsite wastewater, and graywater treatment disposal.

InspectAPedia does not allow any form of conflict of interest. The sponsors, goods, and services described on this website are not affiliated with us in any way. Packaged onsite septic systems for problematic locations, or cluster onsite septic systems for wastewater treatment in a community setting. All of the different types of septic systems are covered in this article series, including conventional septic tank and drainfield systems as well as alternative septic system designs for difficult building sites, such as wet sites, steep and rocky terrains, limited building space, poor soils with no percolation or sandy soils with excessive percolation, and other challenging site conditions.

Use the SEARCH BOX to discover the information you’re looking for quickly.

HOOT Aerobic Septic System Troubleshooting

First and foremost, packaged septic systems are available in a variety of capacities, ranging from those suitable for single-family residences (750-1500 gallon septic tanks) to those suitable for commercial applications such as camps, hotels, and hospitals, which must process hundreds of thousands of gallons or more of wastewater daily in order to function properly. Typically, larger packaged septic systems employ cascaded or in-series septic tanks, as well as additional treatment phases, to control the effluent output qualities by trapping trash, removing scum and froth, re-cycling activated sewage sludge, and performing additional steps of filtration, disinfection (chlorination and then de-chlorination of the effluent before disposal), and finally post-aeration and de-watering Consult with your local building department as well as septic engineers for further information.

Some aerobic treatment units, often known as ATUs, may also be able to satisfy this need.

The following are some examples of companies that provide packaged onsite wastewater treatment systems. ATUs, blowers, controllers, disinfection systems, and wastewater treatment monitoring systems are all included in the category of HOOT AEROBIC SEPTIC SYSTEMS.

If you have any questions, please contact HOOT Systems LLC. at 2885 Highway 14E, Lake Charles, LA 70607 Toll-free number: 1-800-878-HOOT Web address:

HOOT offers aerobic treatment septic system dealers in a number of states, including Alabama, Arizona, California, Colorado, Florida, Kansas, Louisiana, Missouri, Oklahoma, and Texas, among others. The following is taken from the company’s website (web search performed on 07/09/2010). The above image is from of Hoot Systems, Inc. The HOOT Aerobic Treatment System is a five-stage, one-piece wastewater treatment system that is easy to install. This aerobic treatment system with a wealth of features performs similarly to a small municipal treatment plant.

4.
5.
The aerator and pump are extremely quiet and efficient.

The system is monitored and controlled by a one-of-a-kind solid-state HOOT Control Center.
Pump for Discharge The HOOT System packed household size wastewater treatment system is the most effective and provides the greatest level of treatment available.
The LA HOOT System is an enhanced version of the Louisiana HOOT System that provides higher therapy at a cheaper cost.

Commercial HOOT systems capable of handling daily flows in excess of 2000 gpd and fluxes in multiples of 300,000 gpd are available.

HOOT ATU models and Aerobic System Installation, Maintenance, Repair Manuals

DESIGN AND INSTALLATION GUIDE FOR HOOT AEROBIC SYSTEMS DRIP DISPOSAL (2001) Aims of this design guide are to describe the equipment and design considerations that are required for the appropriate deployment of Hoot AerobicSystems employing drip irrigation technology to an onsite wastewater field. TROUBLESHOOTING GUIDE FOR THE HOOT SYSTEMS CONTROL PANEL (universal or for all control panels) original source: obtained on 20198/11/06 original source: Operation of the Universal Time Dose (Drip) Demand Controller from Hoot systems
Operation of the HOOT AEROBIC SEPTIC CONTROLLER from Hoot systems original source: obtained on 20198/11/06 original source: The paper provides directions for resetting the controller as well as instructions for understanding the HOOT controller chirps and lights (if applicable). HOOT AEROBIC TREATMENT SYSTEM MANUAL H-Series IPAEPA NPDES SYSTEMS for OHIO(2008) Rev. 1 OH-NPDES, this manual covers the Hoot H-500-NPDES, H-750-NPDES and H-1000-NPDES Models, and it is always the most current/up to date version of this manual available

HOOT AEROBIC TREATMENT SYSTEM MANUAL HOOT A In compliance with the requirements set out in ANSI/NSF Standard 40, this Product has undergone extensive testing and has been certified as a Class I Aerobic Wastewater Treatment Plant
Hoot Drip Irrigation Management Systems
Drip Disposal Design

And Installation Guide Manual. “The goal of this design guide is to outline the equipment and design considerations essential for the appropriate deployment of Hoot AerobicSystems employing drip irrigation technology to an onsite wastewater field,” according to the document. Web search conducted on February 15, 2011, with the following original source:

Daniel Friedman is a Massachusetts Title 5 Licensed Septic System Inspector and a New York State H.I. License with the number 16000005303. He is the author of this article (inception to 2008).

Reader CommentsQ A

MIchelle It would be safer and more expedient to have a Hoot Aerobic Septic professional on-site as soon as possible. On the website HOOT AEROBIC SEPTIC TROUBLESHOOTING, you may find contact information about Hoot. I anticipate that the technician will

Begin with the effluent pumping chamber, confirming that the effluent level is high enough that the pump should be switched on, then checking that the float control is operational, and finally checking that the float control is operational. inspect the pump to ensure that it operates properly, checking pressure, output, and flow to ensure that the pump is not damaged, its impeller is not broken, or that the effluent input screen or filter is not blocked

If we’re putting effluent into the sprinkler distribution system, but it’s not sprinkling out at the aerobic sprinkler heads, we’re wasting our time. Keep an eye out for

A valve that has been closed, or a blockage or break in the effluent distribution line leading to the drainfield / sprinkler area, or a sprinkler head that has been jammed, faulty, or broken

The operating instructions for Hoot Aerobics may be found at the top of this page. It is important to note on page 6 of the handbook the significance of filling the aeration chamber (central tank) up to within a foot of the top before beginning the pump, which is discussed in detail. Keep an eye out for: If you re-started your system with the chamber level empty or too low, the aerator may not function correctly owing to a lack of sufficient backpressure in the system. The instructions state that you should turn off the system, fill the tank, and then turn it back on.

During the installation process, they were not properly positioned.
I turned on the air conditioning.

Nothing happens.
What may be the source of the problem?
John You describe a major septic tank problem, including tank flooding, which causes the septic system to become overloaded.

We have a huge Hoot aerobic system, and when we get severe rains, the pump out tank fills up, making it impossible to use the toilets. During the rain event, I can see a lot of water streaming in at a fast rate (compare to normal operation of just a trickle entering)

Question: Hoot septic system troubleshooting

2019/11/06 Mike Taylor stated that the HOOT500 had no lights after spraying and that he would not spray again until the power was cycled.

Reply:

Mike That seems to me like there is an overcurrent in the electrical circuit that is providing the control panel and pump for your Hoot Aerobic 500 system, and the circuit breaker for that electrical circuit is tripping. When a short-circuited wire is present anywhere, it can cause an electrical over-current. It can occur anywhere: at the control panel, at the pump, in transit between the house and the control or panel, or at the pump. It can also occur within the control panel, and be caused by a pump motor that is seizing and drawing a lot of electrical current.

Alternatively, the pump motor can be removed for testing and replacement.
Visit the company’s website for contact information and other information.
If the effluent is pooling on the ground surface, it is possible that there is no backup in the system itself, and hence no alert is triggered.

First, make sure there isn’t any surface runoff or groundwater in the region where the effluent dispersal area is being saturated.
Aerator Troubleshooting with the Hoot Aerobic System Ed, Thank you for sharing your almost adecade of excellent Hoot Aerobic system performance; according to studies I’ve read, the most common reason of aerobic system failure is a lack of routine maintenance.
It is possible that you may need to remove the aerator to check for clogs.

The following is a sample of an operating handbook for Hoot Aerobic Septics (6MB PDF), which may be of assistance.
If you re-started your system with the chamber level empty or too low, the aerator may not function correctly owing to a lack of sufficient backpressure in the system.

The instructions state that you should turn off the system, fill the tank, and then turn it back on. Consult this manual or speak with a member of the company’s product support staff for further information.

You may also contact Hoot Systems by phone at (888) 878 HOOT or visit their website at www.hootsystems.com for the H-Series IPAEPA NPDES Systems for Ohio, for Hoot Models H-500-NPDES, H750-NPDES, and H1000-NPDES

Installation of our aerobic system (Hoot) took place in 1998 and, in the main, it has worked well. I’ve had to replace the air pump around every 5 years, and when it breaks, the machine just stops working. The last six months, we’ve been noticing a little stench in the house that we’ve never noticed before. Upon further inspection, I saw that roots had grown inside the conical lid of the middle tank’s conical top. This is the tank with the pipes for the air pump. I chopped away as much of the roots as I could and trimmed the remainder to ensure that the lid fits correctly.

When the levels of the tanks returned to normal, the scent reappeared.
I don’t notice any bubbles surfacing when I look in the tank.

I’m not sure what to say: 1.
What is the best way to determine if the diffusers at the other end of the pipe are clogged?
Is it okay for me to use my air compressor to blow air into the pipe in order to clear the blockage in the diffuser?

Ed Also check AEROBIC SEPTIC DIAGNOSTIC QUESTIONS AND ANSWERS

– aerator pumps, aerobic septic system equipment

The HIBLOW Duo Series Duo 80 is shown above. Thank you, Adam. According to the company’s website, HIBLOW USA is a manufacturer of linear diaphragm blowers, compressors, and vacuum pumps. These products are used in some aerobic septic systems, among other applications.

The following addresses and phone numbers are provided: HIBLOW USA, 1300 Tefft Ct. Suite 8, Saline, MI 48176 USA, Tel: 734-944-5032 For residential aerobic septic systems, HIBLOW offers the DUO series, which includes the Duo 60 and Duo 80, the HP-Alarm series of septic system aeration pumps, which includes the HP 40-A – HP 200A, and the HP-Series aerobic pumps, which include the HP-20 – HP 200, as well as the XP Alarm Series, which includes the XP-40A – XP-80A and the XP Series, In addition, the firm offers a manifold that allows for the connection of up to five HP- aerobic pumps in tandem for aerobic septic systems that require larger airflow rates. Check out the company’s commercial septic aerator pump line for even greater airflow rates for aerobic septic setups

See the website for further information. PUMPS FOR AEROBIC SEPTIC AERATORS- check out the aerobic pump size table. SOURCES FOR AEROBIC SEPTIC AERATOR PUMPS – aerobic septic pump sources, including manuals and technical instructions.

You should make it clear that all Hoot Troy air units are hiblows so that consumers are aware of this. Continue reading at theSEWAGE TREATMENT PLANTS, RESIDENTIAL-subject home page, or choose a topic from the closely-related articles listed below, or see the completeARTICLE INDEX for further information. Alternatively, consider the following:

Suggested citation for this web page

TAKE CARE OF AEROBIC AND SEPTIC TROUBLESHOOTINGatInspection An online encyclopedia of building environmental inspection, testing, diagnosis, repair, and issue preventive information is available at Apedia.com. Alternatively, have a look at this.

INDEX to RELATED ARTICLES:ARTICLE INDEX to SEPTIC SYSTEMS

Alternatives include asking a question or searching InspectApedia using the SEARCH BOXfound below.

Ask a Question or Search InspectApedia

We encourage you to use the search box just below, or if you prefer, you may make a question or remark in theCommentsbox below and we will get back to you as soon as possible. InspectApedia is a website that allows you to search for things. Please keep in mind that the publication of your remark below may be delayed if it contains an image, a web link, or text that seems to the program to be a web link. Your submission will appear when it has been reviewed by a moderator. We sincerely apologize for the inconvenience.

Technical ReviewersReferences

Citations and references can be displayed or hidden by clicking on the appropriate button.

Why Should My Aerobic System be Pumped?

When your maintenance provider suggests that you pump your aerobic septic system, you should do it as soon as possible.

Delaying pumpings can have severe consequences for your system and result in increased costs in the long term.

High sludge levels indicate need for aerobic pumping

Sludge tests in the aerobic tank are performed as part of the normal maintenance of aerobic systems (some companies, including Van Delden, also check the sludge level in the pump tank). When the amount of sludge in the aerobic tank reaches a certain level (about 50-60 percent in the aerobic tank), we begin advising that the system be pumped out. If sludge is building in the pump tank — which might suggest a surge of water in the system — we may recommend that you get the pump tank pumped out immediately.

Routine aerobic pumping is critical

Failure to regularly pump the system will eventually have negative consequences for the system’s performance. In other situations, your maintenance provider may propose pumping; nevertheless, there are various reasons why your aerobic septic system should be pumped as part of routine maintenance:

Sludge build-up in the aerobic tank causes the proportion of treated wastewater to drop. It is possible for an excessive amount of solids to collect in the pump tank, resulting in premature pump failure. Solids can cause sludge to build up in the spray lines and spray heads, causing them to get clogged. It has also happened in severe circumstances when sludge was poured into the grass through the spray heads, posing an evident health threat.

Please keep in mind that if your alarm goes off, you should get your system checked by a professional. Pumping the system will almost never be sufficient to remedy the issue that has caused your alarm to go off. See our video for instructions on what to do when your aerobic alarm goes off.

How often should my aerobic system be pumped?

Pumping frequency can vary widely — ranging between one and five years on average — and is often determined by a combination of variables, including but not limited to:

The dimensions of the garbage tank, the aerobic tank, and the pump tank The number of people that live in a house
The items flushed down the toilets
The items flushed down the sewers Medications
Excessive reliance on domestic cleaning products
A hydraulic overload has been placed on the system.

Not all maintenance providers have aerobic pumping experience

Although any maintenance provider will be able to indicate when your aerobic system should be pumped, not all of them will be able to perform pumping services; you may need to hire a different business to remove the waste from your system. Make certain that any offer you receive for pumping your aerobic system includes pumping all three tanks or compartments; otherwise, the pumper may not be able to do the job properly. Check with the service provider to determine if there are any additional steps that need to be taken when the system is pumped in order to avoid damage to the system from occurring.

Call Van Delden for experienced aerobic system service

Van Delden Wastewater Systems specializes in the installation, maintenance, and pumping of only Clearstream aerobic systems, guaranteeing that our customers receive the greatest level of service possible. Do you require the pumping of an aerobic septic system in Clearstream? Give us a call at 210-698-2000 in San Antonio or 830.249-4000 in Boerne, or send an email to [email protected]. Over the course of 80 years, Van Delden Wastewater Systems has proven itself to be the premier Wastewater System provider, supplying San Antonio, Boerne, and the surrounding Texas Hill Country with services you can rely on today and in the future.

Septic Tanks Risers- Bring Your Access To Ground Level

Getting a little tired of having to dig up your yard every time your septic tank has to be pumped out or serviced? Are you getting tired of dealing with incredibly hefty concrete lids? It appears that you are in need of septic tank risers in order to bring your access down to ground level!

Our septic tank risers and covers are constructed of high-quality, heavy-duty polyethylene plastic, which makes them extremely sturdy and durable while also being lightweight and simple to handle.

THE POLYLOK ADVANTAGE

Septic tank risers are available in a variety of shapes, sizes, and designs on the current market. We believe our Polylok septic tank risers are the best money can buy in terms of quality. There are several causes for this, but the following are the most significant:

FACTORY INSTALLED GASKETS

The Polylok brand is the only one on the market that is sent to you from the factory with gaskets already in place, making it unique. This means that there is no further work necessary to ensure that the riser system is air and water tight! Keep ground water out of your tank, wastewater in your tank, and potentially hazardous gases out of your yard! In contrast to most other products, our Polylok septic tank risers do not require you to purchase or use any other type of sealant between each riser part.

INTERNAL STRUCTURAL RIBS

Once the hole has been backfilled, the structural ribs in the Polylok septic tank risers are inserted inside around each riser piece, providing them with tremendous strength and allowing them to maintain their shape under the pressure of the earth being pressed on them. As a result of the freezing and thawing of the ground in many parts of the country, it is necessary to have a smooth surface on the outside of the riser’s exterior. It is possible for items that have structural support on the outside of the riser to actually be lifted from the tank, causing damage to both the riser and seal, during periods of freezing and thawing.

LIDS WITH HANDLES

The access lid on a riser system is one of the most significant components since it is the part of the system that is visible from the outside and that must be removed every time the system is pumped or otherwise maintained. The Polylok lids are pre-installed with handles, which make it simple to remove the lid whenever you need to get access to the system or to replace it. The bottom of the lids is structurally supported, which allows them to remain relatively flat rather than domed in shape, as is the case with many other items on the market.

LARGE ADAPTER RING

An adapter ring is required in order to properly install septic tank risers on your septic tank. We have one of the largest adapter rings available on the market, allowing you to cover up to a 25″ square or 27″ circular aperture with a Polylok adapter ring. This ring fits both 20″ and 24″ risers, allowing you to have a great deal of versatility no matter what size your opening happens to be!

GET OUT YOUR MEASURING STICK!

An adapter ring is required in order to attach septic tank risers to your septic tank. You can cover up to a 25″ square aperture or a 27″ circular opening with Polylok’s adapter rings, which are among the biggest available on the market today. Because it accommodates both 20″ and 24″ risers, you have a great deal of choice when it comes to the size of the aperture.

THE COMPLETE RISER SYSTEM

We have a large selection of components from which you may pick to create your own own full riser system.

Our many various options offer our product the adaptability to be utilized in virtually any application, but they may also be a bit daunting when attempting to pick which components to buy for a certain application. Each component is discussed in further depth below.

ADAPTER RINGS

The adapter ring is the first component that you’ll need to put together in order to assemble a full riser system. The adapter ring attaches directly to the septic tank, allowing the risers to stack, lock, and mount to it without the need for any additional hardware. Having this component is critical since the risers are not flat on the bottom because they are meant to be stackable, and it is not feasible to install them straight to the septic tank without this piece. The adapter ring provides the flat surface you need to mount to the tank while also being able to accommodate the stackable risers that are included with the tank.

Our square tank adapter ring can accommodate big square apertures up to 25 inches in diameter and large round openings up to 27 inches in diameter.

They are intended to be used with openings that are 24″ or less in diameter.

Concrete anchors, a masonry bit for installing the anchors, and butyl sealer are all included in this set.

RISERS

Following your selection of the adapter ring, it is time to go shopping for risers. The Polylok risers are available in two heights: 6″ and 12″, as well as in two diameters: 24″ and 20″. Stackable, each unit has a gasket that has been fitted as well as stainless steel screws to allow for easy installation. Determine which risers will work best for your application based on the height measurement you made between the septic tank and ground level.

OPTIONAL SAFETY SCREEN

In addition to the 20″ and 24″ riser systems, Polylok also produces safety screens that fit within the riser systems. These screens serve as a supplementary layer of protection in the event that the riser cover is unintentionally damaged or removed, and they keep foreign objects from entering the septic tank. They also keep dogs from slipping into unprotected septic tank openings!

RISER LIDS

You will require a lid to complete your riser system, which is the final component you will require. Both the 20″ and 24″ riser systems may be used with the Polylok lids, which are available in two different types to suit your needs. For ease of access, the basic lid is equipped with handles and a gasket that has been factory placed, as well as stainless steel screws to keep it in place. These lids are strong enough to withstand foot traffic as well as the weight of a riding lawn mower driving across them.

Stainless steel screws are included for installation.

Installations below grade or in regions with a high volume of foot traffic are advised for the heavy-duty lids.

The shipping of these items in large boxes necessitates the addition of additional time, materials, and UPS shipping fees.

SIMPLY ADD THE ITEMS TO YOUR SHOPPING CART AND THEN CHECK YOUR SHIPPING COST. If you place your order before 2 PM CST, you will be able to get your order sent the same day you placed it.

FREQUENTLY ASKED QUESTIONS

The following are some of the most commonly asked inquiries that our customer support representatives are asked. Take a peek below; it’s possible that the queries you have have been answered!

WILL THE LID FIT DIRECTLY ON THE ADAPTER RING OR DO I NEED TO USE A RISER?

With the exception of the 24″ Heavy Duty Lid, the lid will often fit straight onto the adapter rings in the majority of cases. The underside of the 24″ Heavy Duty Lid is strengthened for added strength. The height of this reinforcement is actually more than the height of the adapter ring. Therefore, the 24″ Heavy Duty Lid will only be able to be used without using an adapter when the opening is at least 24″ in diameter. The lid will not fit through any aperture less than 24 inches in diameter.

CAN I CUT THE RISER SYSTEM DOWN TO A SPECIFIC HEIGHT?

No, the Polylok riser system is available in increments of 6″ and 12″, and it cannot be customized to a certain height. Cutting the riser will result in the lid not being adequately secured on the riser that has been cut down.

DO I BRING THE RISER SYSTEM JUST BELOW, AT, OR ABOVE GRADE?

It is entirely up to you whether you want to bring the riser system up to grade, raise it above grade, or leave it slightly below grade. Because the riser system is airtight and watertight, there is no danger in moving it up to or above grade level.

SHOULD I USE THE STANDARD OR THE HEAVY DUTY LID?

The regular lid is sturdy enough to withstand foot activity and weights up to the weight of a small riding lawn mower passing over it without bending or breaking. If the riser system is located in a high traffic location or is going to be run over by lawn equipment on a frequent basis, the heavy duty lid is recommended. If you have any more queries, please contact us at 1-877-925-5132 or [email protected].

Universal

Time Dosing effluent from the treatment system is intended to be used throughout the whole 24 hour day. The system doses effluent in accordance with the parameters for Dose Frequency and Dose Time, respectively.

It is necessary that water be present above the Low Probe in order for the effluent pump to turn on (the Low Probe can be jumpered for examination)

Whenever the water level is above the Low Probe and below the High Probe, the Dose Frequency and Dose Time parameters will be in effect
Otherwise, they will not be in effect.

When the water level exceeds the High Water Probe, the pump will operate in a Demand Configuration (which means it will run continuously).

The pump will work for a single “full” dose (according to your selected time between 1 and 20 minutes) if the water “clears” or falls below the High Water Probe
Otherwise, the pump will turn off.

Audible and visual alarms will sound if the water does not completely clear the High Water Probe before it reaches the Alarm Probe. If this occurs, the water will continue to fill the tank until it reaches and touches the Alarm Probe.

When the water level is higher than the high water mark and the alarm probe, the pump will continue to run continuously.

Water levels that exceed the high water mark and the alarm probe will cause the pump to operate continuously.

The Solenoid Valve on the return line will open automatically every 2 weeks or 256 doses if there is a Solenoid Valve present on the return line. The Solenoid will open during the dosage for 4 doses in a row.

The field flushing of up to four zones on a hydraulic zone valve is enabled as a result of this.

Constructed to dosing effluent from a treatment system whenever the probe comes into touch with the High Water Probe

When the water level exceeds the High Water Probe, the pump will operate in a Demand Configuration (which means it will run continuously).

The pump will work for up to 1 hour or until it clears the “low” probe if the water “clears” or falls below the High Probe. If the water “clears” or falls below the High Probe, the pump will switch off.

As soon as the low probe is not cleared in one hour, it will issue Alarm Code5 – Pump could not pump below low probe in 60 minutes
Pump could not pump below low probe in 1 hour

Water will continue to fill the tank if the High Probe is not cleared and will eventually come into contact with the Alarm Probe, resulting in both an Audible and Visual Alarm being activated.

When the water level rises over the high probe and the alarm probe, the pump will continue to run continuously.

You can restart the controller by either shutting down the system or holding down the silent alarm switch for 16 seconds
Both methods are equally effective.

This is applicable at any point throughout the controller’s functioning.

Upon reaching the sixteen-second timeout, you will hear two short chirps
At this point, release the switch to restart the controller.

Following the Reset, Before the lights go out on the lamp test and the system begins to sound the starting beep, push and hold the switch for a second time to enter one of the troubleshooting modes.

The error memory will not be cleared if the controller is restarted in this manner.

If there are any error codes stored in memory, the controller will chirp three times, followed by a beep, when the computer is first powered on.

If there are no mistakes in the memory, the controller will emit a single beep when it first starts up
Otherwise, it will not sound as all.

As long as the controller is in this mode, the probes and the photocell will be checked for functionality.

The green light will glow if the photocell is lighted, and it will turn off if the photocell is dark (shut the door while completing this test to keep light from the back off of the photocell)

The probe status is shown by the yellow lights at the bottom of the controller, which have been redesigned. If the probe is moist, the light is turned on
If it is dry, the light is turned off. Bottom light indicates low probe, second light indicates high probe (aeration problem), and third light indicates alarm probe (water level problem) are all located at or near the bottom of the tank.

If a green light is present, the system is in good working order. ALARM FOR SYSTEM – RED LIGHT – ON (To indicate it is in this Mode) If the water level is too high, the yellow light will illuminate. ALARM FOR AERATION – YELLOW LIGHT – If Water Level Exceeds High Probe If there is water over the low probe, the probe will be blank.

When you push the silent alarm switch, the controller will restart and you will be out of this state.

When you hear one chirp followed by two chirps, the switch is released.

As a result of the low air pressure, the controller will not shut down the air pump, making this an excellent way for locating an air leak.

If there is water present above the low probe, the controller will activate the water pump (while the air pump will also be operational).

The water pump will run for up to 16 minutes before being turned off and on again by the controller. If you don’t need to examine the water pump, turn off the circuit breaker that controls it.

If you hit the Silence Alarm Switch at any point during this mode, the water pump will be turned off and the controller will be turned on again. (Remember to turn the water pump circuit breaker back on if it was previously turned off.)

If the water level falls below the low probe at any point throughout the operation, the system will quit this mode and reset

As soon as you hear one chirp, then two chirps, then three chirps, you should release the switch.

This mode displays the air pressure in water column inches and the software version when the mode is exited

To signify the air pressure mode, the controller will switch on the aeration issue bulb and chirp/flash the air pressure in Water Column Inches (WCI).

In the case of a number, a beep (which lasts longer) signifies a zero (zero).

In the case of a number, a beep (which is longer) signifies the number zero.

Example: 102in/water chirp pause beep pause 2 chirps long pause repeat
102in/water chirp pause repeat

For the system to work without an alert or mistake, the pressure must be between 28 and 100 pounds per square inch.

Then, while holding down the switch that will flash (the red light) and chirp the software version number, you will be able to escape.

This mode is indicated by the absence of the aeration lamp. If you continue to hold down the switch, the software version will be repeated indefinitely.

You should release the switch when you hear one chirp, then two chirps, then three chirps, and then four chirps.

The fourth method is to flash the last four error numbers displayed on the screen.

The last alarm code will be chirped out by the beeper. If there are no faults, the controller will chirp once and then repeat
If there are errors, the controller will chirp twice and then repeat

If there are any saved errors, the controller will chirp out the error code for the most recent error, then light the bottom yellow light and chirp out the error code for the next to most recent error
If there are no recorded faults, the controller will do nothing.

This will be repeated, with the first two lights illuminated, followed by three lights, for a total of four error codes illuminated.

The controller only shows memory regions that have error codes
Otherwise, it does not display anything.

If there is no mistake, the position will be skipped
Otherwise, it will be skipped.

1 indicates that there is no mistake. 2=excessive use of water (greater than 1 hr in spray) 3=additional alarm input 4. Pumping below the high probe was not possible (spray mode) 5. In demand mode or in spray mode, the time is 60 minutes 6 represents a mistake in the photocell. 7=water accumulating over the alarm probe 8 denotes low air pressure. 9 indicates a high level of air pressure. 10 represents a low line voltage. 12 volts is linked to 220 volts.

If any error codes are stored, the controller will chirp three times before emitting a beep to indicate that the error codes have been stored. If all of the issues have been resolved, the controller will emit the standard beep when it first starts up.

When you hear one chirp, then two chirps, then three chirps, then four chirps, continue holding for an additional 8 seconds after that. When you hear five chirps, it’s time to flip the switch.

The controller will then emit a “beep-beep” sound and repeat the process.

Keep the switch pressed and held down for two seconds, and the controller will “triple beep” and restart. This implies that the “error” memory as well as the “bullet” mode have been wiped.

Your current run time settings will be retained. – alternatively – If you accidentally enter this mode before reading the service codes, you can “fast” push and release the button to “escape” out of it by pressing and releasing the button.

Memory will no longer be deleted when the computer is turned off and the battery is removed.

When you hear one chirp, then two chirps, then three chirps, then four chirps, continue holding for an additional 8 seconds after that. As soon as you hear five chirps, then six chirps, then you may release the switch

Selecting between time dose operation and demand dosage operation will be possible in this mode.

Setting the dosing time or switching to Demand Control are two options available in this mode.

Several dosages can be programmed into the controller in one-minute increments ranging from one to twenty minutes each dose.

The factory setting is 8 minutes each dosage, 24 times per day, which is the default.

If you want to alter this setting, you can do so by “fast” pressing and releasing the button while the controller is beeping out the current setting
However, this is not recommended.

The number of times you pressed and released the switch will be “added” to the setting on the next “display” of the setting.

The number eight is represented by eight chirps. A chirp and a lengthy beep are used to signify the number 10. An indication of 12 is made by a chirp, followed by a delay and two chirps, followed by a long wait and repetition
If you want to go from 8 to 10, press twice, and if you want to go from 8 to 20, push 12 times. Verify that you have the desired setting, and then save the change by pressing and holding the button for 2 seconds.

When the Controller is set to “0” (a lengthy beep), there are no longer any time options available.

In this setting, the pump will not turn on until the water level reaches the “high” probe, at which point it will turn on.

After a 30-second wait, the pump will switch on and continue to run until the “low” probe is no longer present.

In the event that an hour has passed and the pump has not “cleared” the low probe, the pump will be turned off and the maintenance code “5” will be stored. Pump ran for 60 minutes

The “Alarm” function operates independently of the pump control, which is limited to the low and high probes only in both the Timed and Demand Dose Control settings. Using switch 34, you may schedule 12, 24, or 36 dosages each day, depending on your needs. The system will pump up to 24 times per day if there is water present above the low probe when the switches are turned off (the default setting). 3 and 4 should be turned off 24 times each day. 12 times each day, turn 3 or 4 on (while leaving the other off).

After you’ve made your changes, simply reset the controller or power it off and back on again, and the changes will take effect.

If an hour has passed and the pump has not “cleared” the low probe, the pump will be turned off and the maintenance code “5” will be stored in the pump’s memory. Run for 60 minutes
After a 30-second wait, the pump will switch on and continue to run until the “low” probe is no longer present. In this setting, the pump will not turn on until the water level reaches the “high” probe, at which point it will turn on. When the Controller is set to “0” (a lengthy beep), there are no longer any time options available.

There are a variety of reasons why it may be required to turn off air pressure monitoring on a system. These are some examples:

Breakdown of the pressure switch
Failure of the compressor (which overheats and shuts down)
Leakage of the pressure sensor hose

The Pressure Transducer is monitored by the panel computer, which cannot be moved around to maintain the system running. When one of the above or other conditions occurs, we have provided a “Software” disable to the switch to allow the system to continue to operate. Please keep in mind that this should only be used in an emergency situation and that the system is technically in violation of Standard 40 while this condition is ignored.

Reset the controller to turn off the air pressure sensing.

During startup, while the green light is flashing, push and hold the silent alarm switch for 20 seconds or until the green light stops flashing.

Release the switch to indicate that the system is no longer monitoring pressure.

Clear the memory by resetting the controller and entering Mode 5.