- Set it level where it’s going through the wall or under the footing, and from there run with about an 1/8″ per foot of pitch (slope) toward the septic tank. Go further or all the way into the tank if required. If not, switch to 4″ 3034 with the appropriate adapter and pipe toward the tank with 3034.
How do I hide my septic tank alarm?
The Do’s For Hiding Your Septic Tank
- Plant tall native grasses with fibrous roots around the opening to conceal the tank lid from view.
- Place a light statue, bird bath or potted plant over the septic lid.
- Septic tank risers and covers are an alternative to concrete and blend into green grass.
Do septic tanks have sensors?
Sensors are mounted on a nominal 2” (50mm) PVC pipe and determine liquid levels in tanks and drain fields using non-contact, time-of-flight (ToF) measurements. Sensors install and retrofit easily – tanks, leachfields and cesspools.
Do all septic tanks have alarms?
All septic systems that use a pump to move wastewater from a septic pump tank to a drainfield or mound have an alarm installed in the house. The alarm goes off when wastewater is not being pumped from the septic pump tank to the drainfield or mound.
How do septic tank alarms work?
A septic tank alarm system is a device designed to monitor the water elevation inside the tank, and it alerts you when the water level in the tank is much higher or lower than it should be. This raises the water level inside the pump tank until the controls cycle back and come on again.
Is it OK to cover septic tank lids?
If you have a traditional septic system, the tank should be pumped every 3-5 years. That means that the septic lids should be accessible every 3-5 years. You can use almost any temporary, movable objects to cover your lids, like: Mulch (but not landscaping)
How can I hide my septic mound?
Plant shrubs or perennial plants on the berms around the mound or along the edges where the berms meet the flat part of your yard. Avoid planting shrubs or anything with deep roots on the mound itself.
Should septic tank lids be buried?
In most cases, all components of the septic tank including the lid are buried between 4 inches and 4 feet underground. Unless the septic tank has special risers that position the lid at ground level, you’ll have to dig for it.
Where is the float switch on a septic system?
For switches and alarms that can be installed into new septic tanks, a side-mounted float switch might be a better option. These switches are run through the side of the tank, rising and falling with water levels to an open or closes position.
How do you tell if your septic tank is full?
How to tell your septic tank is full and needs emptying
- Pooling water.
- Slow drains.
- An overly healthy lawn.
- Sewer backup.
- Gurgling Pipes.
- Trouble Flushing.
How do you measure sludge in a septic tank?
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 long does a float switch last?
If you have an automatic pump with an integral float switch, the switch assembly is malfunctioning, and the switch, switch arm, and case gasket should be replaced. The average switch life is 4-7 years, but it may vary depending on the application.
How high should the float be on a sump pump?
The Float Switch should hang a few inches above the top of your sump pump motor. The exact height will vary depending on the size of your sump pit and the power of your sump pump motor.
How do septic tank pump floats work?
They also are specially designed in order to allow solids to pass through them without clogging the pump itself. Once the sewage reaches a certain level, then the float switch turns on the sewage pump, which then allows it to be pumped out of the tank.
Septic Pros Start Here
Explore the many practical applications for SepticSitterTM that your clients may benefit from.
- Drain fields, pump tanks, holding tanks, restroom trailers, and septic tanks are all examples of what is available.
Infiltration systems such as drainage fields, leachfields, bed-and-trench systems, sediment filters, and cesspools: Detection and control of overloading, unequal distribution, drainfield blockage, excessive biomat development, aging systems, and other issues Demonstrate surplus capacity, improved performance, or the fact that renovations and repairs are in fact effective. Record the history of pumping and maintenance to be used in future property transfers. Pump tanks, chambers, wet wells, and lift stations are all types of storage tanks.
Pump-out routes may be planned to maximize efficiency and to ensure that your clients are never left with a full tank thanks to our thorough liquid level monitoring, warnings, and alarms for sewage holding tanks.
Trailer and portable toilet rentals: With our thorough liquid level monitoring and remote notifications, you’ll be able to better manage your rentals and events.
Early detection and resolution of problems such as failing sewage handling pumps or low potable water tank levels will guarantee that your clients receive smooth, uninterrupted service.
New Methods for System Monitoring: Part 2
Infiltration systems such as drainage fields, leachfields, bed-and-trench systems, sedimentation systems, and cesspools: Early identification and control of overloading, unequal distribution, drainfield blockage, excessive biomat development, aging systems, and other difficulties Make a case for having surplus capacity, good performance, or that improvements and repairs are effective. Maintain a record of pumping and maintenance history for use in transferring ownership of your property. The following items are included: pump tanks, storage chambers, wet wells, and lifting stations.
Pump-out routes may be planned to maximize efficiency and ensure that your customers are never left with a full tank thanks to our thorough liquid level monitoring, warnings, and alarms.
Trailer and portable toilet rentals: With our thorough liquid level monitoring and remote notifications, you’ll be able to better manage your rental and event operations.
Discover and resolve issues as soon as they arise, such as malfunctioning sewage handling pumps or low potable water tank levels, to guarantee that your customers receive seamless, uninterrupted service.
Detect and warn of high levels in the drainfield caused by drainfield overloading, clogged effluent filters, ignored maintenance, and excessive water consumption to help prevent backups from occurring.
- The distribution of ponding levels (and, thus, effluent dispersion) among the trenches is not uniform. A minimum of 6 to 7 inches was continuously accumulated in the inner trench at the middle of the drainfield, making it the most ponded section of the drainfield. There have been several instances where this trench has filled entirely to the top of the gravel
- On December 19, when the inner trench had completely filled, the middle trench had a 2 inch deep ponding. This was most likely caused by effluent spilling over from other trenches, given there were moderate rainfall occurrences on December 10-11, 13-14, and December 24th. There appears to have been some small, transitory ponding in the otherwise empty outer trench as a result of these rainfall occurrences.
In the dead of winter six years ago, the owners of this property had a sewage backup on their land. The company was forced to resort to an expensive “pump and haul” routine for several months as they awaited the construction of a new drainfield. They were concerned that their new drainfield might break catastrophically one day in the same way that their previous one had. Fig. 4: Installation of the SepticSitter sensor in a port valve box for inspection purposes. In fact, once the sensors were installed and detailed data was made available to the homeowners, it was clear to them that, while the inner trench was occasionally overflowing, the middle and outer trenches had excess capacity to receive effluent spillover from the overloaded trenches at other times.
In order to offer automated notice if the ponding levels in the middle or outer trench begin to reach dangerous levels, alerts have been put up to send out automatic notifications.
The following are some of the system’s most important features:
- This system is capable of being adapted into all sorts of soil treatment units and sewage tanks. Ultrasonic sensors that do not require touch will not become “stuck” or clogged. It makes use of current internet access at home or at work (a cellular internet alternative is also available)
- It is cost-effective. It is possible to customize all of the warnings, alerts, and notifications from the web-based application.
The technology automatically identifies problem circumstances, allowing service providers to identify possible difficulties such as effluent filter blockage or leaky plumbing fittings before they become a problem. It gives system information as well as general management assistance, and it is simple to integrate into an already-existing environment. The SepticSitter system is yet another innovative tool for monitoring system functioning and preventing problems from occurring in the future. In her current position as an engineer in the Onsite Sewage Treatment Program at the University of Minnesota’s Water Resources Center, Sara Heger, Ph.D., is both a researcher and an educator in the field of onsite sewage treatment.
The Minnesota Onsite Wastewater Association (MOWA) and the National Onsite Wastewater Recycling Association (NOWRA) both have education chairs, and Heger is a committee member of the National Sanitation Foundation’s International Committee on Wastewater Treatment Systems.
She will respond as soon as she can.
This article is part of a series on monitoring technology:
- New Methods for System Monitoring: Part 2
- New Methods for System Monitoring: Part 1
- New Methods for System Monitoring: Part 3
- New Methods for System Monitoring: Part 4
- New Methods for System Monitoring: Part 5
- New Methods for System Monitoring: Part 6
- New Methods for System Monitoring: Part 7
Using to monitor septic tank – Emporia Community
“. I had an aircraft cable (steel cable) linked to the top of the pump in order to be able to draw it up, and over the course of roughly 2 years, the effluent dissolved the cable!. ” You may wish to consult with a medical professional. HAHA I had a brief search around and discovered some sensors that may be of use. Alternatively, you might attach them to a PVC pipe so that the wires are contained within the pipe. Plugging off the pipe immediately below the lowest sensor and drilling holes in the lower part of the pipe so that it rests on the bottom of the tank are two options.
How to Monitor the Health of Septic Systems
In the last blog, it was argued that owners of septic systemsshould get more active in the monitoring of the health of their system’s performance. One method of accomplishing this is to keep track of the thickness of the sludge and scum layers in the septic tank, among other things. There are a handful of instruments available to septic system owners to help them do this work. The Sludge Judge is a useful tool. In order to monitor the health of septic systems, many septic systems and septic tank pumping specialists employ the Sludge Judge, which measures the thickness of the sludge and scum layers in the septic tank.
In a nutshell, the gadget is a long hollow tube that is many feet in length and constructed of clear plastic, with a check valve at the bottom end of the tube.
The scum layer in the septic tank is a layer of sediment that floats on top of the water.
- Push the tool through the layer of scum until it barely pierces the layer
- This will take some time. Visually mark the tube at the point when the scum layer begins to rise above the surface, or if feasible, mark the tube with a grease pencil at this point
- Remove the tube and measure the distance between the bottom of the tube and the grease mark with a tape measure.
The sludge layer is found at the bottom of a septic tank’s drainage system. In order to determine how deep this layer is, do the following:
- Continue to carefully insert the tube into the septic tank until it reaches the bottom of the tank
- . Slowly pull the Sludge Judge out of the septic tank water
- This will force the check valve to shut, resulting in a column of septic tank water and sludge being trapped inside the check valve. Using this column, you may obtain a liquid and solid profile of the septic tank water, which allows you to determine the thickness of the sludge layer immediately.
Method 2: An Alternative Fortunately, you don’t have to spend money for a Sludge Judge; you can simply construct one that will do its functions. Obtain a long, slender pole, pipe, or stick that is approximately eight feet in length and bend it in half. Wrap the cheesecloth loosely over the bottom three inches of the jar and bind it at the bottom, top, and centre with wire ties, Ziploc bags, or mechanical wire to keep it from falling off. Do not wrap it firmly around the stick; instead, lightly secure it to the stick.
- Method 2: An Alternate The good news is that you don’t have to spend money for a Sludge Judge
- You can simply construct one that will do the job just fine. Obtain a long, slender pole, pipe, or stick that is approximately eight feet in length and bend it at the ends. Wrap the cheesecloth loosely over the bottom three inches of the jar and bind it at the bottom, top, and centre with wire ties, Ziploc bags, or mechanical wire to keep it from slipping off the jar. Wrap it loosely around the stick, rather than tightly wrapping it around it.
What Happens Next? Okay, you now have depth measurements, independent of the instrument that was used. What happens to them, and how can we tell if our system is in good working condition? It is necessary to compute the proportion of the total water depth that is included inside the scum and sludge layers, in this case. Consider the following scenario: a septic tank with a water depth of seventy-five inches is being used. If the sludge layer is approximately 8.5 inches thick and the scum layer is approximately 3 inches thick, the overall layer thickness is approximately 11.5 inches thick.
1533 percent is equal to 11.5 divided by 75 percent, which equals.1533.
Pumping is strongly suggested once this proportion hits 30% or more, as a general rule of thumb.
To summarize, monitoring the health of a septic system is a chore that is within the reach of practically any septic system owner’s capabilities. Keeping track of the levels of the scum and sludge layers is a simple way to get started.
Float Switches for Septic Tank Alarms
In the United States, approximately one-quarter of homes rely on a specialized septic system to handle their household wastewater. A septic system is a fragile system that is dependent on a number of biological and mechanical processes to function properly. Septic systems that are properly maintained are rarely in need of repair, but even the finest upkeep cannot avoid every problem. Because of this, an operational septic tank alarm system is an extremely critical component of any system. Septic tank alarms alert you when water levels in your tank rise to the point where backup or overflow is possible.
How does a septic system work?
Septic tanks are subterranean tanks that are normally found in the back or side yard of a residence. An intake pipe allows water from the residence – such as laundry waste, shower water, dishwater, and toilet waste – to enter the tank. Heavy solid waste sinks to the bottom of the tank (referred to as the “sludge layer”), while lighter waste, such as oil, floats to the top (referred to as the “scum layer”) of the tank. Clarified water is left in the centre of the container. The clean water is then discharged through a discharge pipe into a drain field that has been designated.
It is generally recommended that septic tanks be emptied of collected solid waste once every three to five years in order to avoid jams and backups.
What happens when a septic system backs up?
It’s not a good sign. Septic systems may get clogged and allow sewage and solid waste to leak to the surface of the earth if they are not properly maintained. The problem is that it frequently overflows into the home itself, originating in backrooms, sinks, and washing machines. In addition to the environmental and hygienic consequences, a severe backlog will almost certainly cause damage to the septic system itself, necessitating costly repairs that might total several thousand dollars to remedy.
This Is Where A Septic Tank Level Sensor Is Needed
Backups can be avoided by using a high-quality septic tank sensor in conjunction with regular maintenance and waste treatment. A floatswitch is programmed to sound an alarm when the water level in the tank becomes dangerously high, alerting you to the situation and allowing you to take steps to reduce water use and identify the source of the problem before it is too late.
Even while most septic tank sensor alarm systems have the float switch set at a level where you will still have a day or two of regular water consumption before an overflow or backup is near, it’s still critical to conduct an investigation as soon as possible after receiving an alarm.
Choose SMD Fluid Controls for Your Float Switch
The septic tank level sensor may fail if the float switch is not trustworthy, resulting in a septic tank backup and the need for a replacement. If you’re installing or updating your home’s septic tank alarm system, make sure to use the best switch you can find in order to guarantee long-term performance and reliability. There is a large choice of float switches and other liquid level sensors available from SMD Fluid Controls that are ideal for use in septic tank alarm systems, including sump-style floats and horizontal switches as well as bespoke multilevel sensors and other options.
Get in touch today!
Posted on April 21, 2010 at 11:14 a.m. Hello everyone, This is my first time posting. My new home is nearing completion and will be ready for occupancy in the fall. I have wired the facility to a tee (I work as a network engineer) and am currently in the process of creating a modest high availability system utilizing the Girder/NR software. Initially, the majority of the HA will be focused on the AV systems and other similar systems. I intend to continue to add to it as funds allow. I’m seeking for a system that will allow me to keep track of the amount of water in my septic tank at all times.
- As is always the case, the less money spent, the better.
- Because the drain field is located a considerable distance away and cannot be supplied by gravity alone, the septic system is intended to pump the waste to it.
- Keep an eye on the water level.
- When the tank reaches a specific specified level, it sends me an alert or notice to let me know that it is time to pump the tank.
- Perhaps you could keep an eye on the pump’s status?
- Thank you for your assistance once more.
- Instagram: @roussell
- Location:Birmingham, Alabama
- Tech:INSTEON, 1-Wire
- Instagram: @roussell Audio:Sonos
- IP cameras and digital video recorders (DVRs) are used in surveillance.
Twitter:roussell; location:Birmingham, Alabama; experience:average; software:Indigo, custom; hardware:custom; technology:INSTEON, 1-Wire, custom; Twitter:roussell Audio:Sonos; IP cameras and digital video recorders are used for surveillance.
- Location:Birmingham, Alabama
- Software:Indigo, Custom
- Technology:INSTEON, 1-Wire, Custom
- IP cameras and digital video recorders (DVRs) are used for surveillance.
Posted on April 21, 2010 at 1:47 p.m. In my region, it is typical to have a float switch installed in the lift tank. Most of the time, the float switch is connected to a basic in-house alarm system, such as a buzzer of some form. When the tank level is high (significantly over usual), the switch closes, signaling that the pump has failed or that there is some other problem. The tank level is kept within a preset high-low range by the pump, and the alarm should never go off in normal operation unless anything goes wrong.
For my part, I’m repurposing an old buzzer alarm unit, which is connected to an M1 relay, to serve as an additional alarm sounder in the cellar.
The float switch was successfully tested during the most recent septic tank cleaning, so I have a good amount of trust in this design. Of course, a float switch does not really measure the level; rather, it just alerts when the level has risen to an unacceptable level.
Posted on April 21, 2010 at 1:57 p.m. I have the exact same configuration that you describe. I’m not concerned with the “water” level in the contraption, but I do keep track of when the effluent pump kicks in by using a datanab current sensor. In order to identify when the alarm box (top float) is activated, I (will) install a photoresistor over the warning light on the alarm box (top float), however this is not a significant issue. In general, you may hear the alarm very well throughout the home.
Posted on April 21, 2010 at 2:55 p.m. Thank you for your prompt responses! After going over your recommendations and evaluating what is truly required in this situation, it appears that ensuring that the pump continues to function will be the most crucial issue to address. I’ll have to see whether there’s a float in the lift tank; I wasn’t aware of it, and it’s possible that I’ll be able to utilize it to alert me when/if the level in the tank becomes too high, signalling a pump or other similar problem.
But the Senix unit, while it’s attractive and surely meets the needs, is a little out of reach for me at this time.
I’ll report back on the results as soon as possible.
2:55 p.m., Tuesday, April 21, 2010 The prompt responses have been very appreciated. When I looked over your suggestions and considered what is truly required in this situation, it appears that ensuring that the pump continues to operate will be the most crucial issue to address first. This is something I’ll have to look into, because I wasn’t aware that there was a float in the lift tank. If there is, and if the level rises too high, I might be able to utilize it to signal a pump or other similar issue.
But the Senix unit, while it’s attractive and surely meets the needs, is a little out of reach for me right now financially.
I appreciate your time and consideration.
- The location is New England
- The software is custom
- The hardware is Barix and Elk M1.
Posted on April 21, 2010 at 6:52 p.m. Just a few more tidbits about this subject to round things out. – Only cleared water should be present in the lift tank and the water that drains to the leach fields should be clear. Solids should be sorted out within the septic tank itself, with the top water being pumped from the septic tank into the lift tank to complete the separation process. – If this is your first time installing a septic system, you should educate yourself on things to avoid. Mistakes or negligence can cause catastrophic damage to your system, as well as significantly limit its lifespan.
– The M1 has a “vocabulary deficit” in this department, according to the department. It is difficult to come up with a meaningful emergency notification utilizing only the terminology that is now available.
Posted on April 22, 2010 at 7:17 a.m. Hello everyone, This is my first time posting. My new home is nearing completion and will be ready for occupancy in the fall. I have wired the facility to a tee (I work as a network engineer) and am currently in the process of creating a modest high availability system utilizing the Girder/NR software. Initially, the majority of the HA will be focused on the AV systems and other similar systems. I intend to continue to add to it as funds allow. I’m seeking for a system that will allow me to keep track of the amount of water in my septic tank at all times.
- As is always the case, the less money spent, the better.
- One of the most common reasons of septic system failure is particles getting into the lines in your drainfield – this is especially true with an LPD system like the one we provided.
- We utilized a Zabel A300-8×18 filter, which was placed in accordance with the drawing attached (which I extracted from the design we submitted to the County for approval).
- Because of this, as well as numerous other aspects of the design, the Health Department sent out all of their inspectors on the day our engineer evaluated and certified the system to observe “how an LPD System should be designed,” as the office director put it.
- I bring this up because the Zabel filters are equipped with an optional SmartFilter® switch and alarm that will alert you if the filter is beginning to clog and your tank requires maintenance.
- Take a look at this: On April 22, 2010, at 07:18 a.m., TheBear made a little edit to his post.
Posted on April 22, 2010 at 7:43 a.m. Yes, ours is equipped with a filter as well. During that time, there was an open discussion about the issue between our septic designer and the septic enforcement officer, but the SEO ultimately had the last word, which was good with me because it meant even more “protection.” So for the time being, the only way to determine the health of my drain tank is measuring both the time spent pumping (which is almost exactly 4:14 each time) and the amount of time between pumps.
That being said, I am aware that if one of those begins to change dramatically, it might indicate an issue.
Originally, my intention was to have the filter cleaned when I had the main tank pumped, which was meant to happen every, what, two to three years?
- North-central Wisconsin
- Software: CQC
- Hardware: Elk M1
- Technology: X10-RF, UPB
- Audio: Nuvo
- Video: Custom
- CCTV: Analog
Posted on April 22, 2010 at 9:42 a.m. This serves as a timely reminder to me that I need to make some modifications to my septic system. The drainfield is dangerously close to the surface (the landscaper made some alterations after I made sure everything was correctly graded when we enlarged the drive way). In addition, when the previous owners constructed the house, they for whatever reason chose to put the septic tank lid one foot below ground level on a hillside (need to get an extension put on this).
I’m certain that it will not be a significant problem, though I would anticipate that it will accumulate during the system’s lifetime.
Posted on April 22, 2010 at 9:49 a.m. Two issues arise as a result of this: first, whenever I need to maintain it, I must dig out the dirt that has accumulated over it; second, whenever it rains or melts in the spring, a huge volume of water is added to the tank, which must then be transferred to the lift station and other facilities. I’m certain that it will not be a significant problem, though I would anticipate that it will accumulate during the system’s lifetime. In what way are you keeping an eye on the pump in your drain tank, Beelzerob?
- However, my ground is rather level.
- I’d be more concerned about the dirt that’s being transported in than I would about the extra water.
- I was fortunate enough to have a datanab current sensor, which allows me to obtain accurate amp readings.
- On the alarm box, a photoresistor is installed above the red “overflow” light.
- As a result, if the pump fails to operate, the third float rises and activates the alarm.
- While I have not done so, I would anticipate that looking at current use over time (something I have not done) will uncover inconsistencies before the pump fails.
As previously said, the current pumping time is generally a rock solid 4:12 p.m. So if I suddenly start seeing timings like 4:30 p.m. or later, it would most likely be a good cause to open the tank lid and have a look around.
Posted on April 23, 2010 at 4:12 a.m. ok. So now I’m a little concerned. My home was constructed by a developer, and there were several elements for which selections had to be taken and choices had to be made. I hadn’t really paid attention to the septic system. When you talk about ‘lift,’ do you mean that you’re pumping something? I am certain that my system is gravity-based, as there is no pump in place. I’m not sure what I think of a filter. My tank is also partially buried in a hill, so one side of it is about 1′ underground and the other 3′ or so below the ground surface.
- The same constructor, I believe, placed my neighbor’s tank in a little too shallowly, as seen by the contour of the tank visible in his grass.
- I know where my tank is because I witnessed them putting it in and because the snow melts around it a fraction of a second earlier than the rest of the lawn does around the rest of the lawn.
- We’re a family of two living in a four-bedroom home.
- I think that liquids (we take a lot of showers) aren’t important since they are transported to the field, and that only solids are important in the field.
Posted on April 23, 2010 at 6:29 a.m. ok. now you have me concerned. When you talk about ‘lift,’ do you mean that you’re pumping something? I am certain that my system is gravity-based, as there is no pump in place. I’m not sure what I think of a filter. Yes, beelzerob and I are referring to systems that include a separate dosing chamber that has a pump that periodically discharges the liquid effluent into the drainfield. This sort of design is typically used for one of two reasons: (1) the terrain of your property makes it hard to place the drainfield lower than the septic tank, and/or (2) you require an engineering design that allows you to reduce the size of your drainfield by dosing it.
- We’re a family of two living in a four-bedroom home.
- Yes, this is frequently the case.
- However, you should get your tank examined on a regular basis to see how quickly the sludge is collecting.
- I believe I’m more of a belt and suspenders kind of man – we have both of them.
- In reality, the volume of liquid that is put into the drainfield is important to consider.
- You don’t want to oversaturate the soil in your drainfield, so keep it dry.
- Generally speaking, septic systems are constructed with two persons per bedroom and 75 gallons per day per person in mind, at least in Virginia.
The system should be built to handle 8 persons or around 600 gallons of water per day in your situation. An excellent description of how different septic systems function can be found here: http://www.septicsystems.com.
Posted on May 14, 2010 at 10:36 p.m. So, it’s been a while since I first commented about this issue on the forum. As you might guess, I’ve been really busy since we received our final move-in permission only a few days before. The information provided in the previous postings enabled me to request that my septic engineer provide me with an overview of my system’s setup. As beelzerob suggested, I do have an alarm float that will activate a (very) loud buzzer installed outside the house if the water level in the tank rises over a certain level if the pump fails.
In addition, an effulent filter has been installed to assist prevent any particles from being poured into the leach field throughout the process.
The leach field is a pressure distribution system, which means that the pressure in each of the four pipes in the field is equalized by the pump, and the wastewater is dispersed uniformly across the field as a result.
Please accept my thanks once more for all of the material; it enabled me to ask sensible questions and obtain the answers that were vital to me, both in the HA area and in the overall operation of the system.
Septic Tank Alarm Systems
A variety of septic alarms are available from Septic Solutions. These include high level alarms for septic systems, pump tanks, holding tanks, sump pits, and a wide range of additional uses. In addition to septic tank alarm systems, we also sell outdoor high water alarms, outdoor pedestal alarms, interior high water alarms, sump pit alarms, flood warning alarms, and even wireless capabilities for some of our alarm systems. Septic Solutions provides free same-day shipping on all of our septic tank alarms, making them a great value.
These include high level alarms for septic systems, pump tanks, holding tanks, sump pits, and a wide range of additional uses.
Septic Solutions provides free same-day shipping on all of our septic tank alarms, making them a great value.
HOW TO CHOOSE THE CORRECT SEPTIC ALARM
Outdoor septic tank alarms are constructed with a waterproof casing that may be put outdoors on a post, the side of a building, or the side of a home, depending on the weather conditions. A float switch goes from the inside of the septic tank to the alarm box, which may be located anywhere on the tank’s exterior. When the water level in the septic tank rises over a certain level, the float switch will activate an alert light and buzzer.
PEDESTAL SEPTIC TANK ALARMS
Septic tank alarms mounted on pedestals are also suitable for outdoor installation. It is possible to install these alarms straight into the ground because they are supplied with their own pedestal post. These allow for a very simple and clean installation process. A float switch goes from the inside of the septic tank to the alarm box, which may be located anywhere on the tank’s exterior.
When the water level in the septic tank rises over a certain level, the float switch will activate an alert light and buzzer. The pedestal alarms are often equipped with connections for a submersible pump, which is quite convenient.
INDOOR SEPTIC TANK ALARMS
Indoor setpic tank alarms are meant to be put inside the home, garage, or utility shed to protect the contents of the tank. There is no weatherproof casing on these alarms, therefore they must be protected from the elements. A float switch goes from the inside of the septic tank to the alarm box, which may be located anywhere on the tank’s exterior. When the water level in the septic tank rises over a certain level, the float switch will activate an alert light and buzzer. These alarms are equipped with auxilary connections that may be used to connect to a remote accessory, such as an external buzzer, light, or auto-dialer, if desired.
WIRELESS SEPTIC TANK ALARMS
Alarms with wireless capabilities are available from us. The first is our VersAlarm Wireless System, which is a wireless alarm system. This features a wireless float switch that has a range of up to 3250 feet and can transfer data to the alarm box wirelessly. This can spare you from having to dig a hole through your lawn, landscaping, or driveway in order to install a cable. The second option available to us is a WiFi-enabled alarm system. A wireless indoor alarm that connects to your existing wireless network is what this device is designed to be.
Frequently Asked Questions about Septic Systems
To read more about the many types of septic systems, including: click here.
- To discover more about the many types of septic systems, including: click here
Questions Applicable to All Types of Septic Systems
Is it necessary for me to seek a permit in order to repair my septic system? Yes. Repairing any form of septic system in Texas requires a permit that has been granted by the state, with limited exceptions. In order to ensure that the individual performing the repairs has sufficient expertise and knows the proper methods and protocols for fixing the system, this law was enacted. Environmental protection, as well as the protection of the homeowner and his neighbors, are the goals of the law. What is the procedure for getting a permit for a repair or an installation?
- The kind of soil, the location of the system in relation to creeks, rivers, lakes, and property lines, as well as the type of septic system to be repaired or rebuilt, as well as the installation or repair plan, are all taken into consideration in the permit application.
- In light of the possible problems associated with acquiring permits, the majority of service providers ask that the homeowner complete and submit the application on their behalf.
- Is it safe to flush toilet paper down the toilet?
- Based on the number of bedrooms in the house, the size of the holding tank is determined.
- Because of this, using toilet paper should not pose an issue as long as the system is not needed to process more wastewater than it was designed to manage.
In what intervals do I require pumping of my system? This answer is dependent on the size of the system as well as the amount of individuals that are utilizing the system to provide it. For the average household, the answer is every three to five years, depending on the circumstances.
|Household size (number of people)|
|Tank Size (gallons)||Duration (in years) Between Pumpings or Inspections|
The Texas Commission on Environmental Quality contributed the information in the table above. Is it necessary for me to add any supplements to my system? The majority of the time, additives are not required to keep a well functioning septic system running. However, there are occasions when a system becomes overwhelmed with organic material, and the enzymes and bacteria found in additives might actually be beneficial. The possibility of this occurring arises when a system is temporarily forced to process more garbage than it was designed to handle, as in the case of repeated big parties or an influx of guests for a prolonged period of time.
Flooding Related Questions Applicable to All Types of Septic Systems
Water overflowing from a traditional drain field might cause a septic system to flood if the field has been saturated by rain or rising stream, creek, or river water. Flooding happens in an aerobic system when the aerobic tanks become overflowing with runoff rain water and the system ceases to operate. In any instance, the first indicator that there is a problem is generally the fact that the toilets are no longer flushing correctly. In addition, because shower and bath drains are typically positioned at the lowest gravity point in the home, raw sewage may back up into these drains first.
- If at all possible, avoid using the system when the drain field or tanks are completely submerged in water. It is unlikely that the wastewater will be cleansed, and it will instead become a source of pollution. Conserve water to the greatest extent feasible while the system strives to recover itself and the water table drops. Make every effort to keep silt from entering the pump chamber if you have an aerobic septic system (with electric pumps). The presence of silt in the pump chamber after flooding causes it to settle, which might block the drainfield or harm the pump if it is not removed before flooding occurs. When opening the septic tank for pumping when the earth is still damp, proceed with caution and extreme caution. Mud and silt may find their way into the tank and end up in the drain field. In addition, pumping out a tank that is resting in moist soil may cause the tank to “jump out” of the earth as it is being removed. Because the earth may not have entirely settled and compacted, newer systems are more prone to pop out than older systems. While the land is still wet or flooded, it is not recommended to dig into the tank or drainfield area. Try to avoid operating any heavy gear near the drainfield or tanks while they are wet, since they are particularly prone to harm while they are flooded. This type of action has the potential to permanently impair the soil’s capacity to transmit fluids. When the septic tank is flooded, it frequently removes the floating crust of fats and oils that has formed on top of the tank. Some of this muck may float to the surface and plug the outflow tee partly. First and foremost, if your septic system is backing up into your home, check for blockages in the tank’s outflow. Clean up any floodwater that has accumulated in the house without dumping it into the sink or toilet, and give the water time to recede before continuing. Floodwaters in a house that are later pushed through or pumped through the septic tank will generate greater than typical flow rates through the system as a result of the flooding. As a result, the likelihood of an outlet tee being clogged increases considerably. Avoid coming into contact with any electric pump or equipment that may have been submerged during the flood unless the device has been thoroughly cleaned and dried. Mud and silt may have blocked aerobic systems, upflow filters, trickling filters, and other media filters, causing them to get clogged. Prior to restarting the system, these systems will need to be washed, scraped, and otherwise cleaned
What should I do once the floodwaters have receded from my home?
- If you have an in-ground well, wait until the water has been tested by your county health agency before drinking it. Please refrain from making use of your sewer system until the water level in your soil absorption field is lower than any water level everywhere else in your home. If you feel that your septic tank has been damaged, you should get it professionally inspected and maintained. Damage can be detected by the presence of apparent settling or settlement of the ground above the tank, as well as the incapacity of the system to absorb extra water. Because most septic systems are below ground and entirely protected, flooding does not do significant harm to them. Septic tanks and pump chambers, on the other hand, can get clogged with silt and dirt, necessitating their cleaning. A new system may be required if the soil absorption field becomes clogged with silt due to the fact that there is no practical means to clear up the buried lines in an absorption field. In order to avoid the risk of harmful gases and germs being released into the environment, get your tanks fixed or cleaned by skilled professionals. Cleaning and disinfecting the basement floor should be done if sewage has backed up into the space. A chlorine solution containing half a cup of chlorine bleach per gallon of water should be used.
Questions Specific to Aerobic Wastewater Treatement Systems
What is the process for renewing my Aerobic System maintenance contract? Upon installation, each aerobic system is accompanied with a complimentary two-year maintenance contract, which begins the day after the installation procedure is complete. The installation business is first responsible for providing this service. Because most systems are reasonably simple to maintain during their first two years of operation, several installers do not provide maintenance services after that initial two-year period.
- Every year after you sign a maintenance contract with Septic Solutions, your agreement will be automatically renewed.
- The homeowner is responsible for all costs related with maintenance, chlorine, and pumping (as needed) of the pool.
- Our customers may select the contract that is most appropriate for their needs.
- The following activities are carried out during a normal maintenance visit: This will differ depending on the service provider.
- Aside from that, we also examine the amount of sludge in your holding tank.
- What role do the air and water pumps play in an aerobic system, and how significant are they?
- The air pump is used to aerate the wastewater and speed up the breakdown processes in the wastewater treatment plant.
If one of these systems fails to function correctly, the wastewater will become septic.
Is the water that is released from an aerobic system safe to consume?
Before the water is sprayed via the spray field, it is treated to destroy or eradicate germs, and then it is discharged again.
How much does chlorine cost on an annual basis?
We give our clients the option of installing a Smart=Chlor Liquid Chlorinator, which may be run at a far lower cost of chlorine than a traditional liquid chlorinator.
The most common causes of aerobic system odors are: 1) an excessive amount of chemicals being introduced into the system, 2) the presence of a restriction in the air supply, 3) more wastewater being introduced into the system than the system was designed to handle, and 4) an insufficient supply of disinfectant.
When should I add chlorine to my water?
You should keep an eye on your system to ensure that there are always a minimum of 2-3 chlorine pills in the tube at any one moment.
According to Texas law, homeowners are permitted to maintain their own wastewater systems if they have completed a 6-hour, state-approved Basic Wastewater Operations Course, passed the state test, obtained a Class D Wastewater Certificate, and obtained a certification from the manufacturer of their specific wastewater system.
Given the time commitments required to obtain a certificate, the inherent unpleasantness of checking sludge levels, and the requirement that only licensed septic providers perform all necessary repairs, the majority of customers prefer to have their system’s maintenance performed under contract with a certified sewer contractor.
Questions Specific to Non-Aerobic Wastewater Systems
What is the best way to determine the source of a problem with my non-aerobic septic system? On our website, we provide a diagnostic tool that will assist you in identifying the portion of your system that is causing the problem. Septic Solutions of Texas retains ownership of the copyright and reserves all rights.
Bay Restoration Fund
What is the Bay Restoration Fund (BRF) and how does it work? In 2004, Senate Bill 320 (Bay Restoration Fund) was passed and signed into law by President George W. Bush. The fund was formed by the Bay Restoration Fund. According to research, the water quality of the Chesapeake Bay has deteriorated as a result of an overabundance of nutrients in the water (mainly phosphorus andnitrogen). The top three significant producers of nutrients into the Bay are effluent from wastewater treatment facilities, household on-site(septic) disposal systems (OSDS), and agricultural operations.
- Cover crop management, which reduces nitrogen loading into the Bay, is also supported by funds.
- Each residence served by an onsite septic system is assessed a $60 yearly charge, which is collected from the homeowner.
- Approximately 60% of the money are allocated for septic system repairs, with the remaining 40% allocated for cover crops.
- If failing septic systems in Critical Areas are given top priority, monies can be allocated for the upgrade of existing systems to the best available technology (BAT) for nitrogen removal, rather than the more traditional technology now in use.
- What are the benefits of upgrading our septic system?
- Scientists have determined that nitrogen and phosphate contamination are the most serious risks to the Chesapeake Bay and its tributaries, according to their findings.
- With the aid of the BRF grant, you may update your obsolete and ineffective septic tank with the Best Available Technology (BAT) and reduce nitrogen by at least 50%.
The nitrogen produced by everyone ultimately makes its way into the Bay or other rivers.
What is the operation of a nitrogen-reducing system?
The BAT units that are often utilized in Calvert County are designed to replace the traditional septic tank.
Nitrogen is released into the environment in the form of a harmless gas as a result of this activity.
The award is open to anybody who meets the requirements.
Those properties with failing or failed septic systems and those properties with metal septic tanks located in the Critical Area are given first consideration (that area within 1,000 feet of tidal watersof the Chesapeake Bay and its tributaries).
Grant awards are calculated based on household income in order to determine the proportion of the grant payment.
According to the Maryland Department of Environmental Protection’s Bay Restoration Fund, grant monies have been awarded to the Calvert County Health Department in order to pay for the BAT section of the septic system’s BAT component.
Property owners who make more than $300,000 per year, as well as any business, will only be eligible for half of the money for the BAT system installation, according to the government.
The subcontractors will be paid by the manufacturer when their task has been completed (electrical, plumbing, tank removal, installation, and othercosts).
What exactly does the grant cover?
If your property is not selected, the grant will pay for the pumping and filling or removal of your current septic tank, the installation of a new BAT system, the In what areas does the grant not provide coverage?
The following things will not be covered by the grant, and the property owner will be responsible for making the necessary payments:
- What is the Bay Restoration Fund (BRF) and why is it important? In 2004, Senate Bill 320 (Bay Restoration Fund) was passed and signed into law, establishing the Bay Restoration Fund. It has been determined that due to an overabundance of nutrients in the water, the water quality of the Chesapeake Bay has declined (mainly phosphorus andnitrogen). In addition to wastewater treatment plant effluent, home on-site(septic) disposal systems (OSDS) and agricultural activities are the three most significant sources of nutrients entering the Bay. To update Maryland’s municipal and residential treatment systems, the legislature established a dedicated fund, which is funded by wastewater treatment facilities and onsite disposal system users. Cover crop management, which reduces nitrogen loading into the Bay, is also supported by federal funds. As a result of the signing of this bill, Maryland began its efforts to reduce nitrogen and phosphorus loading in the Bay by more than 7.5 million pounds of nitrogen per year and more than 260 thousand pounds of phosphorus per year, which represents more than one-third of Maryland’s commitment under the Chesapeake Bay 2000 agreement. Each residence served by an onsite septic system is charged a $60 yearly fee, which is collected from the homeowner. It is expected that the initiative would generate a total of $24 million in annual revenue. 60 percent of the money are being utilized for septic system repairs, with the remaining 40 percent going toward cover crops. Maryland has roughly 420,000 onsite systems, according to the Maryland Department of Public Health. Providing money for upgrades of existing septic systems to the best available technology (BAT), rather than conventional technology, in Critical Areas can be made possible if priority is given to failing septic systems in such areas. Calvert In order to improve their onsite septic system, county residents are invited to apply for the award. The following are the reasons why we should modernize our sewage system. Septic systems that use a drain field or seepage pit are not intended to remove nitrogen from the environment. As demonstrated by scientists, the Chesapeake Bay and its tributaries are threatened by nitrogen and phosphorus pollution, which are the most serious hazards. Calvert County, with its more than 140 miles of shoreline, has a particular interest in the use of nitrogen-reducing technologies to treat wastewater. The BRF award provides financial and technical support to help you update your obsolete and ineffective septic tank with the Best Available Technology (BAT) and lower nitrogen levels by at least 50%. According to certain research, BAT systems create cleaner effluent, which may result in the drain field’s lifespan being extended. The nitrogen produced by everyone ultimately makes its way into the Bay and other aquatic bodies. As a fertilizer, nitrogen has been shown to boost the creation of algal blooms, which deplete oxygen from streams and are responsible for fish fatalities. A nitrogen-reducing system’s operation is explained below. The BAT unit and the sewage disposal field are the components of a nitrogen-reducing system. Calvert County’s BAT units are primarily utilized to replace the traditional septic tank in the county’s wastewater system. Aeration or recirculation may be used in the units to stimulate biological action, depending on the configuration. Nitrogen is released into the environment as a non-toxic gas as a result of this process. Pumps, blowers, floats, alarms, diffusers, and electronic control panels are common components of BATunits, as are electrical and mechanical components. The award is open to everyone who qualifies. A grant application can be submitted by any county property owner. Those homes with failing or failed septic systems and those properties with metal septic tanks located in the Critical Area are given first priority (that area within 1,000 feet of tidal watersof the Chesapeake Bay and its tributaries). Other properties with a failed septic system outside of the critical region, as well as homes without a failing septic system, may be eligible for a grant award, with the percentage of the grant award determined by the household’s income. (For extra information, please visit the last page) Who is responsible for the system’s maintenance and operation. Using grant monies from the Maryland Department of the Environment’s Bay Restoration Fund, the Calvert County Health Department has been able to pay for the BAT portion of the septic system’s BAT component. Owners of properties earning less than $300,000 per year or non-profit organizations will be eligible for the BRF award, which will cover the whole cost of installing a BAT system. Property owners who make more than $300,000 per year, as well as any business, will only be eligible for half of the money for the BAT system installation, according to the plan. After the BAT system has been installed and inspected, the Health Department will make a direct payment to the vendor. Afterwards, the subcontractors will be compensated for their efforts by the manufacturer (electrical, plumbing, tank removal, installation, and othercosts). If a property owner has already installed a system without going through the grant process, the grant will not compensate him or her for the cost of that installation. What exactly is covered by the grant funding? When a grant is awarded to a property, it will cover the costs of pumping and filling or the removal of the existing septic tank, the installation of a new BAT system, electrical wiring, pre-engineering, inspection, a two-year operation and maintenance contract, and grading to stabilize the area that has been disturbed by the installation. If your property is awarded a grant, the grant will pay for the pumping and filling or the removal of the current septic tank, the installation In what areas is the grant not covering expenses? The following expenses will not be covered by the grant, and the property owner will be responsible for making the necessary payments: a.
What is the total cost of ownership and operation of the system? For further information about performance, please visit the Maryland Department of the Environment’s web site. What exactly is the procedure? The following is a list of terms that describe the grantapplication process:
- Your application must be filed to the Calvert County Health Department
- The house owner’s application is examined to ensure that it is accurate and complete. The property owner will be contacted or the application will be returned if more information is required by the staff. The homeowner must have their current system assessed by a certified inspector in order to identify the status of the existing system components and to confirm system failure in order to prioritize the repairs and replacements. It is necessary to apply for a sanitary construction permission prior to undertaking any percolation testing, and this permit must be obtained prior to the installation of the system. To obtain the permit, you must pay a charge of $175, which cannot be covered by BRF money. On all systems requiring replacement of the disposal component (drainfield), a percolation test will be required to be performed. Following the percolation test, this office will provide specifications in the form of a sanitary construction permit, which will be valid for one year. It is possible to utilize this information to seek cost quotes from competent septicinstallers for the portion of the project for which you will be responsible financially. Prior to receiving a grant, grant winners will need to come to an agreement with the Health Department. The property owner, as well as the Director of Environmental Health, will be required to sign this agreement before it can be implemented. The agreement will need to be documented in the Calvert County land records in order to be legally binding. A minor cost of $60 is required for recording
- The homeowner must choose a BAT technology and enter into a contract with the seller of the chosen system before the recordation can be completed. It will be necessary for homeowners to review the ranking and evaluation information provided prior to making a decision on a BAT system. Additionally, the homeowner will need to enter into an agreement with a qualified septic installer for the portions of their project that are not covered by the BRF grant. Once all of the required paperwork have been received, an award notification will be sent to the homeowners, vendors, and installers. It will take 45 days for the vendor and installer to finish the installation process
- Otherwise, the grant award will expire and no funding will be available for the project.
A completed application must be submitted to the Calvert County Health Department, and the application of the house owner is checked for completeness. The property owner will be contacted or the application will be returned if more information is required. For prioritizing reasons, the homeowner should have their current system assessed by a certified inspector in order to establish the status of the existing system components as well as confirm system failure. It is necessary to apply for a sanitary construction permission prior to undertaking any percolation testing, and this permit must be obtained prior to the installation of the system in question.
On all systems requiring replacement of the disposal component (drainfield), a percolation test will be required to be undertaken.
It is possible to utilize this information to seek cost quotes from competent septic installers for the portion of the project for which you will be responsible financially.
The property owner, as well as the Director of Environmental Health, will be required to sign this document.
Recordation is subject to a nominal price of $60; the homeowner must choose a BAT technology and enter into a contract with the seller of the selected system.
It will take 45 days for the vendor and installer to finish the installation; otherwise, the grant award will expire and no more funding will be available for the project.