How To Splice Wires In Septic Pump Tank? (Correct answer)

• For up to 200’ between the pump and controller, use 12-gauge, 3-strand wire For distances greater than 200’, optional use of 10-gauge, 3-strand wire but 12-3 is most common. Use the provided splice kit with adhesive-lined heat-shrink tubing to connect your pump cable extension.

How do you add a line to a septic tank?

Use a 4-inch pipe to connect the two septic tanks. Place this pipe into the inlet hole of your new septic tank before you lower it into the ground. After you’ve lowered your new septic tank, insert the other end of the pipe into your old septic tank’s outlet hole.

Why is the red light on my septic tank on?

The red light indicates the alarm is receiving a signal from the pump tank that the water level is rising higher or is dropping lower than it should be. Let the septic system run a couple of pump cycles (should last about 10-15 hours) and the red light on the alarm box may go out on its own.

Why is my septic tank full again?

There may be several reasons why you have an overfilled septic tank. An overfilled septic tank is often a signal that your drain field is malfunctioning. The water flow backs up when your drain field floods, causing the water level in your septic tank to rise. Other common issues are plumbing and excess water use.

How long do septic tank pumps last?

These pumps move solid waste from your toilets and sinks to a point in your plumbing system where gravity can take over. This is achieved using powerful water jets that break up the waste and then force it up and into your septic tank or sewage system. A good sewage ejector pump should last at least 7-10 years.

Why do septic pumps fail?

Why Sump Pumps Fail Even when the power stays on, the pump itself can fail. Often, an inexpensive unit is just too small to handle the flow from rapidly melting snow or from a major downpour. Float switches get trapped inside the pump and can’t switch on the pump. Inexpensive switches can cause motor burnout.

How do I find my septic tank outlet pipe?

The outlet pipe should be approximately 3 inches below the inlet pipe. Inlet Baffle: The inlet baffle is installed on the inlet pipe inside the tank.

What kind of pipe goes from house to septic?

The septic tank should be positioned at least 50 feet from the house proper. ABS or PVC plastic or cast iron pipe can be used to connect the tank to the house drainage system. [We do not recommend using clay pipe nor “orangeburg” pipe.]

How do septic tank floats work?

The control floats are set so that a specific volume of sewage is sent to the drainfield. This specific amount is referred to as a “dose.” When sewage in the pump tank reaches the “on” float, the pump is activated and pumps sewage out until it reaches the “off” float (See diagram below.)

Splice or replace entire wire? Septic Pump

Hello, there. I reside in North Carolina in a house that was constructed in 1988. There was a ground level outlet close to the septic tank (for the pump/float plug in) that was always having dirt and water in it. I went ahead and put in a post and installed a new outlet that was 12 inches above the ground. Fortunately, there was enough underground cable (electricity) to connect to the new outlet. It was then a matter of getting the piggyback plugs to connect to the new outlet, which I anticipated would need some splicing.

Because there was enough cable to reach the outlet, I just connected them in and the pump started working.

Then I saw some smoke, and the pump wire was quite hot.

No problems splicing the float wire together (only had a black and white wire in it, by the way).

• Every time I attempt to remove the plastic wire coating, a portion of the wire is lost in the process.
• Attempts to burn away the plastic with a lighter have been unsuccessful, and as soon as I try to peel it away, the plastic reappear.
• So here’s where I’m at a loss.
• Putting on some gloves and boots and getting a little dirty is not anything I’m opposed to; I’m just concerned that it’s becoming a little out of my league.
• The wiring is more of a source of concern for me.
• Is it because the wire is old that I’m having such a difficult time removing it, or is that particular type of wire not designed to be stripped?
• Alternatively, it might be the location where the wire enters the pump.

Is there anyone who can give me some advice? BTW, I believe it is a single float, and the voltage is 110. I’ve included some photos. Thank you very much! BrentCharlotte, North Carolina

Septic tank power

You must completely re-evaluate your entire method of operation. Stop supplying a receptacle that is just for the pump’s use. Provide a 2-G receptacle that may be used for both the pump and for convenience electricity. You market the latter as being absolutely necessary for both the service technician and the owner’s personal use. The additional cost of a 2-G receptacle design that is now in use is pitifully low. It also implies the following: It is possible to put a 2-G deep box with twin 3/4″ hubs facing the bottom, one facing the top, and one facing the rear, for a total of 5 hubs.

• (A single sack will suffice.) This will let the dog to be proud of the soil, firm, and sweet in the process.
• The other hub is responsible for bringing electricity into the system from the Service panel/sub-panel.
• This entire preparation may be completed at your shop/shed and then transported to the job site.
• transferring to another load/ alert configuration The whole raceway, with the exception of the first few feet, would be made of PVC.
• A couple flower pots strategically placed directly behind this stub out may be quite attractive.
• It’s not a bad idea to CHAIN GFCI receptacles for this type of run, just in case something goes wrong.
• Don’t you think that’s a CHEAP method to provide an alert circuit in the event of a power failure on this branch circuit?

Getting It Wired

Ongoing discussions at previous seminars have focused on the correct wiring of onsite wastewater treatment equipment, which has been a common source of questions. This issue is becoming increasingly prominent as more locations require alternative systems that include pumps, or employ treatment units that require electrical connections to function properly. In addition, effluent screens are now required in many states, and these must be equipped with alarms to prevent backups into the home in the event that they get clogged.

The use of proper wiring materials and installation processes is vital to the safety of the installer, sewage system users, and anybody else who may come into contact with the system in the future.

To that end, one issue we frequently hear from installers is: “I had an electrician come out and perform the wiring and connections, but they did not comprehend what they were working with, and the installation turned out poorly.” You should examine the following factors whether you are qualified to conduct your own electrical installations or whether you hire electricians to complete the task.

1. When exposed to water, rain, and caustic conditions, outdoor wiring must be extremely durable.
2. You may then point out to your electrician that he or she is employing interior wire boxes and other indoor components when they are not supposed to be there in the first place.
3. This entails making certain that: The fittings are completely waterproof.
4. The wire that runs from the electrical box to the pump is of the right diameter.
5. It is also vital to ensure that the conduit is properly sealed.
6. Preventing any electrical connections within the tank is ideal.
7. It is recommended that you locate any connections or splices required within the tank inside of a waterproof, corrosion-resistant junction box that is equipped with watertight, corrosion-resistant fittings and has its lid sealed with a gasket.

Weatherproof outside equipment must be utilized in the wiring process.

Drip-tight equipment prevents water from dropping vertically through it.

Due to the fact that these boxes are not waterproof, they should not be utilized in locations where water may spray or splash on the unit.

Containers that are watertight seal against water flowing from any direction.

Cast aluminum, zinc-dipped iron, bronze, and heavy plastic are the most frequent materials used to construct them.

When the pump and control box for the alarm system are placed outside of a building, the power to the pump and control box will most likely be provided by an underground branch circuit from a nearby service panel.

Electricity supplied to the control center should be provided on a separate circuit, and the circuit should be clearly identified on the control panel to ensure that the homeowner does not unintentionally turn off the power.

An alternative option is to run the electrical cables through a conduit.

In either case, you must take precautions to keep the conductor safe from physical damage, as well as from water and corrosion.

Aluminum should not be used in areas where it will come into direct touch with the earth.

Underground conduit made of high-density polyethylene can be installed.

However, physical protection is recommended to reduce the risk of someone spading through the cable at a later date if an underground feeder cable is buried without conduit protection.

Protection will be provided by burying a treated board slightly above the cable’s surface.

It will not be able to tolerate the circumstances of dampness in the soil.

This may be accomplished by comparing the length of wire required to connect the pump to the power box with the horsepower required for the pump.

Install an alarm on a separate cable and on a different circuit from the rest of the house.

For physical protection of cables, conduit can be placed around them.

For seamless transitions from one system to another, you’ll need proper connectors and bushings to make the switch from one type of conduit to the other.

Surface water should not be allowed to enter the tank if the region around the conduit entering the tank is properly sealed.

This will prevent moisture and corrosive gases from entering the control center box. If you are installing wiring or supervising an electrician who is installing onsite treatment systems, we hope these suggestions will help you identify some of the things to check for.

Servicing & Repairs

Control panels are critical components of any system since they provide power and control to the various components. Unfortunately, they do not endure indefinitely and must be maintained or replaced at some point. When several panels are installed, they are placed on the ground beneath housings, making them vulnerable to ants and flooding after heavy rains. In addition, many installers do not properly seal the panels, allowing sewage gas and chlorine gas to seep into the panel and cause it to fail.

This extends the system’s longevity while also making it easier to operate on and service the system.

To do this work, new wiring is often employed, and we will not splice wires together in a junction from the incoming electricity, since this is both risky and unprofessional.

Septic Aerators

One of the most important components of your septic system is the septic aerator. The aerator is responsible for supplying air to the aerobic tank and maintaining the aerobic bacteria’s viability. The aerator has absolutely nothing to do with your sprinkler pump and performs a completely separate function from it. Many people assume that chlorine is responsible for keeping our system from stinking, while in fact it is the aerator that is in charge of this. This device keeps your bacteria alive and helps the aerobic bacteria, which break down all of the harmful organics and other bacteria in the system, to grow and thrive.

• If your aerator fails, an alarm should sound on your system, alerting you to the situation.
• Aerators are made to be easily disassembled and reassembled.
• Some aerators are also equipped with no shut-off controls, causing the motor to overheat as it tries to restart again.
• Additionally, if the stench is not addressed, it will cause concern among your neighbors.

How to Wire a Septic System

Home-Diy Gravity is used by the vast majority of septic systems to transport processed waste water from the tank to the drain field lines. In some cases, the geography or the distance between the system components will prevent the usage of a gravity system from being feasible. When the length of the sources is equal to zero, this.parentNode.removeChild(sources); otherwise, this.onerror = null; this.src = fallback; )(, arguments.target.currentSrc.replace(), ‘, /public/images/logo-fallback.png’) ” loading=”lazy”> ” loading=”lazy”> Tank wiring should be protected from the elements with a waterproof enclosure.

This necessitates the installation of an electric pump in the septic tank in order to drain the water.

• The following items are required: direct burial wire/cable
• Weatherproof electrical box
• Piggyback Plug.

1. From the breaker box of your home to the septic tank, direct burial cable should be installed. When installing this cable, it is preferable to place it directly beneath the drain line itself. The drain pipe will then prevent the cable from being damaged by a shovel or other anything that gets stuck in it. If at all feasible, the septic tank pump should be on a separate circuit from the rest of the house. The wire should be connected to a weatherproof electrical box that is positioned outside the septic tank. Electrical rules prohibit the installation of any electrical connections or boxes within a septic tank’s interior space. Once the box is in place, the cable may be run to the breaker box and connected there. For those of you who are unfamiliar with electrical work, it is recommended that you hire a professional electrician to conduct the task. Connect the plug wire from the septic tank pump to the new electrical box by running it up and out of the tank. Pump control cables are often run on separate wires from the rest of the system. An electronic float or other switch will be used to regulate the pump, and it will turn on only when the water has reached a certain depth. Piggyback plugs should be used for the control wiring. An electrical outlet is located near where the control plugs and pump power cables are plugged in. Because of this, the pump’s power and controls will remain on the same dedicated circuit. It is necessary that these electrical connections be made outside of the tank, but they must also be at ground level rather than underground

The Drip Cap

• To transfer processed waste water from the tank to the drain field lines, the vast majority of septic systems rely on gravity to convey the water. It may be necessary to install an electric pump in the septic tank in order to remove the water in this situation. Incorporate a direct burial cable between your home’s breaker box and your septic tank. It is necessary that these electrical connections be made outside of the tank, but they must also be at ground level rather than underground

What is a splice box?

Posted on the web by What is a splice box, and how does it work? It’s all in the name, after all! Splice boxes are used to safeguard the spliced wire connections that run between an electrical control panel and pumping equipment, and they are available in a variety of sizes (like sewage pumps and float switches). The Orenco splice boxes that we provide may be put either inside (Internal) or outside (External) septic tank access risers, depending on your needs. I’ve discussed the advantages of both types of contracts below.

1. The box is constructed of durable PVC that has been classified as UL type 4X for usage in moist environments.
2. They are pre-assembled with one to six watertight cable grips and waterproof wire nuts, allowing you to customize the number of cord grips and wire nuts to meet your specific needs.
3. In addition, they are the only externally-mounted splice box that has been classified as UL Type 6P for wastewater usage, which means that it is entirely waterproof (even when immersed!).
4. Comes furnished with four waterproof cord grips; any remaining cable grips may be connected in with the cord grip connectors that are provided.
5. Check out the RC Worst YouTube channel for more information!
6. Call us at RC WorstCompany today if you have any questions or require assistance with your septic system.

How to Install a Septic Pump System

Septic tanks are used to process and dispose of waste products by homeowners who do not have access to municipal sewage systems. Maintenance and management of the septic system are the responsibility of the homeowner, which may include the installation of the system in some cases. There are some geographical situations where it may be required to place a septic tank at an elevation that is higher than the drainage basin in order to prevent sewage from backing up. During these occasions, an effluent pump is also required to pump sewage from one chamber of a septic tank to another chamber of the septic tank in order to verify that the septic system is functioning correctly.

• 12-gauge electrical wire
• High-water alarm
• Conduit
• Junction box
• 15-amp standard breaker
• Septic effluent pump, shovel, 20-amp Gfi breaker, pipe cleaner, plumber pipe dope, drainage pipe

Installing Circuit Breakers

Turn off the main breakers in the electrical panel by pressing the “Off” button on the main breakers.

Ensure that the main disconnect at the meter is turned off, as well. When installing the circuit breakers, use a flashlight or a headlamp to see where you’re going.

Step 2

Install the GFI circuit breakers (20-amp) and normal circuit breakers (15-amp) in the existing breaker box. Take note of a black circuit wire that is secured in place with a screw. Loosen the screw and connect the black circuit wire to the circuit breaker, then tighten the screw back into place to complete the installation. In addition to the black circuit wire, there is a white neutral wire that is interlaced with the black circuit wire that should be connected to the GFI breaker.

Step 3

You can install circuit breakers on your own, without the assistance of an electrician, if you take the necessary safety precautions. Using a breaker box, insert the circuit breakers by holding them at an angle with the notched side facing the metal bar and pressing them into place. Each circuit breaker’s notched side will slip into its respective opening. The contacts on the rear of the breaker make contact with the metal bus bars that are located in each breaker slot on the circuit breaker.

Underground Wiring and Outlet Installation

Install a junction box and a 20-amp outlet on a 4×4 post near the septic tank to keep it from overflowing. The septic pump is connected to the outlet, and the float wires for the high water alert are connected to the junction box. Ensure that the post is buried at least 16 inches deep and that it is secured with a small amount of concrete.

Step 2

For underground wiring, dig a 2-foot trench from the septic tank all the way back to the breaker panel. Depending on the distance, you may need to use a shovel or heavy gear. If you want to dig trenches, you can hire a contractor to do so.

Step 3

Run 12 gauge wire to the 20-amp outlet and 14 gauge wire to the junction box located on the post before connecting the two together. The other ends of the two wires are connected to the breaker boxes on either side of the breaker panel. Both wires should be routed through conduit. When the 12-gauge wire from the sump pump output is connected to the 20-amp GFI breaker, the sump pump is activated. The standard breaker is connected to the 14-gauge wire that was utilized for the alarm float wiring.

Pump and Alarm Setup

Secure the float switch for the high water alert inside the septic tank using a tie strap or the supplies provided. Set the float switch to the appropriate water level height and secure it. The wiring for the float switch will be routed to a junction box on the post and connected to a 14-gauge wire that will be routed back to the breaker box. Install the remaining components of the high water alarm system in accordance with the manufacturer’s instructions.

Step 2

Connect the discharge line to the pump’s outlet on the submersible septic tank. Pipe cleaner should be used to clean the pipe should, and it should be allowed to dry fully before being connected to the pump. To connect the pipe to the pump, use pipe dope and fittings to secure the connection.

If possible, the pipe should be cut to the same length as the height of the septic tank, with one end of the pipe connecting to the drainage pipe that will carry waste water to the distribution tank after the pump is in place.

Step 3

Lower the septic effluent pump into the tank with the help of a rope or a cable attached to it. Attach the rope or cable to a nearby post using a bungee cord. Connect the top piece of the drainage pipe to the segment of drainage pipe that leads to the distribution tank, and allow the pipe dope to dry completely before turning on the system to drain the water.

Tip

Silicone should be used to seal off all connector boxes and couplings along the conduit run to prevent corrosion, water damage, and pest damage. Construct a conduit from the ground up to the outlet and junction box for the pump and float cables in order to make the area completely watertight. Consult with a building or plumbing inspector to ensure that the installation is sound before turning on the system.

Warning

The breakers should not be turned back on until the entire septic pump installation is complete. When installing circuit breakers, make sure that they do not come into touch with the main circuit bus bar that is located within the electrical circuit. Even if the power is turned off, this bar will maintain its energy. When there is any concern regarding the safety of a person, electrical and plumbing repairs should be performed by professional professionals.

Septic Tank Float Switches – For Pumps & Control Panels

Septic Solutions has a large selection of float switches for septic tanks and lift stations to meet your needs. Pump duty float switches are designed to regulate a submersible pump, automatically turning it on and off based on the amount of liquid in the pump tank inside the pump. Control duty float switches are designed to be connected directly to a control panel in order to inform the control panel when to turn on and off the pump, or to signal the high level or low level alarm based on the liquid level in your tank.

Pump duty switches and control duty switches are available in both mechanical and mercury activated configurations.

Pump duty float switches are designed to regulate a submersible pump, automatically turning it on and off based on the amount of liquid in the pump tank inside the pump.

Control duty float switches are also known as control duty float switches.

CHOOSING THE CORRECT SEPTIC TANK FLOAT SWITCH

Pump switches are devices that are used to regulate the functioning of a submersible water pump. They have a larger current carrying capacity than control switches. These are often wide angle switches, which means that they must be rotated 90 degrees in order to be switched to the “ON” or “OFF” position. When managing a pump, this is necessary since you must be able to pump out a wide range of water, and it also prevents the float from being stopped by turbulence in the water, which is undesirable.

• Because the float switch will be the conduit via which the power for the submersible pump will be sent, it must be capable of handling at least that amount of current.
• It will be necessary to make a choice on how the amperage float will be mounted once you have determined which amperage float will be required for your application.
• If you get a float switch that comes with a piggy-back connector, the installation is quite straightforward and straightforward.
• a) Float Switch Installation That is all there is to it; your pump will only activate when the float is in the proper position to permit it.
• Because floats are always two-wire devices, in order to install one on a pump, the float switch must be spliced into the “HOT” line coming from the power supply.
• The final choice you have is to choose between mercury and mechanical filtration.
• Mechanical switches are comprised of a ball bearing mounted on a track that rotates back and forth in both directions.

Even though mercury switches are supposed to be more dependable, they are not permitted to be used in some places (see our website for more information) and are only available in 13-amp configurations.

CONTROL DUTY FLOAT SWITCHES

Control switches are intended to be used in conjunction with a control panel, and are mostly used for high and low level alerts. Low amperage and small angle are two characteristics that characterize these switches. When using narrow angle float switches, you must change the switch position by 10 degrees. As a result, they are extremely sensitive to changes in water level, making them ideal for use as high or low level alarms, respectively. Making a decision on which control switch to purchase is significantly less difficult.

Because it will be attached directly to a control panel or alarm box, no control switch will ever be supplied with a plug.

The “PUMP DOWN” variant will be utilized for notifications at the highest level.

Aquaworx Septic Pump Control Box

What exactly is a transducer, and how do I go about installing one? This device takes the place of the floats. In order to determine the liquid level, it compares the air pressure in the bell with the air pressure in the tank. Transducer bells are used to measure pressure differences, and the panel measures the difference in liquid level relative to the bottom of the bell. The float tree is attached to a 1″ PVC stand pipe, which is mounted to the riser pump vault in the same manner that a float tree would be.

1. Each Transducer created has a resistance rating that is somewhat different from the next.
2. The calibration rating of the transducer is printed on the exterior of the device.
3. The Aquaworx panel is matched to the Transducer through this technique.
4. System with a timer: On occasion, it is necessary to replenish the air that has become trapped in the Transducer bell.
5. The computer records the following dosage or doses as auto-clear doses once the level has returned to the starting point.
6. It is possible that one of the dosages will result in a decline below the starting level.

For minor doses, numerous auto-clear doses may be necessary (for example, if the dosage volume is 10 gallons, then 12″ enough doses are required to draw the level to one inch below the bell, so an auto clear of 4 would be utilized in this instance.) System of demand: In a demand system, the top of the bell corresponds to the pump ON level, and the bottom of the bell corresponds to the pump OFF level.

• It is possible to specify the auto clear time in seconds – commonly 10 seconds.
• Is it possible to cut or splice the signal cable from the Transducer?
• The wire, on the other hand, should not be spliced.
• Transducers are available in six different lengths, removing the need for field splicing in the field.
• What does the term “veto” mean?
• It is the VETO timing that takes precedence over all other time settings when the flow rate exceeds the Veto level.
• I’ve changed the settings, but the default software continues to operate.

If the timer schedule and/or the level functions are modified, the AUTO feature must be on before the modifications may be made.

What is the best way to give electricity to the panel?

It is possible to connect the pump circuit for the panel at either 120 or 240 volts, depending on the pump’s voltage needs.

The pump is the principal load draw, and it is also the component that is most likely to trip the supply circuit breaker.

What causes the alarm light to pulse on and off all the time?

This is referred to as the “heartbeat.” This is a simple and quick way to determine whether or not things are normal.

If the alarm is flashing fast, it means that there is a distinct type of alert situation.

The tone, on the other hand, may have been muffled.

The connections on the buzzer, which is situated at the bottom of the panel, should be checked if there is no tone.

The transducer has a voltage range of 0.2 – 4.7 volts and a pressure range of up to 48 inches in the tank.

The dosage volume for the Aquaworx IPC panel is specified as the number of inches of liquid in the tank.

(For example, a normal 1,000 gallon or 4′ x 8′ square tank will contain approximately 20 gallons of liquid per inch of its surface area.) To convert from gallons to inches, divide the number of gallons in the dosage by the number of gallons per inch in the tank, which will give you the number of inches in the dose.

• If the Log Status setting in the panel is set to Y (yes), then every event will be recorded once per minute.
• It is possible to set the Log Status to N.
• Mode settings may be changed using the MARC by selecting them and pressing enter.
• (no).
• Specifically for waste water applications, the Transducer bell form was developed, and the Auto Clear feature is intended to clear the Transducer bell if it should get clogged.
• What causes my Transducer to always read a level of 00.0″?
• Examine all of the connections.

It is simple to determine whether a transducer has been successfully replaced by filling a bucket with water and checking the results.

The cabling from the transducer to the circuit board is not connected in the right sequence.

What is the best way to connect the Transducer to the controller?

What is the best way to put up a Redundant off Float?

For the second time, several pump manufacturers provide a “piggy back float” option.

No, it is critical to supply two dedicated circuits to the panel – one 120/240 volt circuit to power the pump and another 120 volt circuit to power the alarm management system.

This is because the pump’s power source is connected to the second circuit.

The control side of the panel must only be connected for a 120-volt installation on the input side.

It is possible to shorten the white neutral wire.

The Chico SpeedSeal Compound is a high-quality conduit sealing compound that hardens fast to a thick, robust mass and is approved by the Underwriters Laboratories and the Canadian Underwriters Laboratories.

What is the best way to set up a panel for demand dosing? When configuring an IPC panel, there are three steps to keep in mind: time dose, demand dose, and demand dose.

1. It is necessary to alter the Stop at Zero option from N (no) to Y (yes) in the Mode settings (yes). This will instruct the panel to turn off the pump whenever the transducer detects a liquid level of 00.0″
2. It is recommended that the Zero Bias in the Pump A settings be set one level higher than the calibrated level displayed on the Transducer bell (for example, if the ZB on the bell reads 07, make it an 08, and for 09, make it a 0A). It is necessary to adjust the Auto Clear option from Dose to Seconds – which is normally 10-15 seconds.

Is it possible to use the same Transducer wire for the pump supply in the same conduit? The cable from the transducer to the pump power supply can be routed through the same conduit as the pump power supply without causing interference. However, because the Transducer is a low voltage wire, it may not be legal in certain places to run both high and low voltages via the same conduit at the same time. First, make sure you are in compliance with both regional and state requirements. Can I use my IPC panel to control numerous zones at the same time?

1. With a manual zone valve, on the other hand, it is feasible to run the panel in several zones if the Zones are properly configured.
2. It is possible to purchase a remote alarm with any Aquaworx IPC panel as an optional feature.
3. Depending on the model, the remote alarm can be positioned up to 2000 feet away from the main control box, depending on the model.
4. What is the best way to connect the IPC panel Remote Alarm?
5. What is the best way to pull the Events out of the IPC panel?

1. You may get any event that the panel has recorded by examining the screen with a Date/TimeLiquid level stamp, which can be found under the Events menu. When using the MARC and a 1 GB SD card or smaller, put the SD card into the relevant slot on the MARC. Each Event may be viewed individually. Scroll through the MARC menus until you reach the SD Card Settings menu, where you will see the words Write Events. ENTER Y (yes) to record events to the SD card, ENTER N (no) to skip recording events.

Please keep in mind that the MARC will display the events that are being copied to the SD card. Once the data transfer has been completed, the SD card may be removed and placed in a card reader that is linked to a PC for further processing. To identify the SD card events file on the PC, right-click on the file and select “Open with.”. The file may be viewed or edited using a word processor, spreadsheet, or text editing software. When it comes to the Event Log what is the difference between DOS, ADOS, and DOSEBDOSE is there?

• Dose = A standard Dose from pump A that has been recorded
• ADose = A recorded Autoclear Dose
• BDose = A recorded Dose from pump B
• ADose = A recorded Autoclear Dose
• BDose = A recorded Dose from pump A

Is it possible to set up the panel with two transducers? Yes, by utilizing an IPC Sandfilter panel designed expressly for installations requiring two different pump systems, each of which requires a separate transducer for each of the two pump systems. (IPC-DSF is the product identification number.) Should I set up the control panel for time dosing or demand dosing in a pump chamber with a small diameter? A tiny pump chamber may be set up for either timed or demand pumping depending on the application.

The Stop at Zero parameter should be set to Y (yes) in order to prevent the chamber from pumping completely dry.

During a Veto level, this setting is intended to run both pump A and pump B simultaneously.

The only time this should be used is if the pumps are small and both pumps can run on a single circuit, or if the panel is specifically designed to have separate circuits for each pump.

Yes, Aquaworx manufactures a heater unit that can be simply installed in an existing or new IPC panel with no effort.

What is the purpose of the transformer on the panel?

This 12V is utilized to power the CB, the alarm, the relay control, the lamp, and the input and transducer power.

What is the capacity of the battery on the circuit board, and/or would I be unable to access my events if the power fails?

Although the battery may survive for up to five years without needing to be replaced, it is recommended that it be changed once a year.

Is the control panel listed with the UL/cUL?

Can you tell me the voltage of the transducer and whether or not it is safe to use in the water?

The working voltage of the sensor varies from 0.2 to 4.7 volts, depending on the volume of liquid in the tank.

A varistor is a variable resistor that is used to safeguard a circuit from overheating due to high current.

In this case, the controller is protected from over voltage and surges thanks to the 130V varistor.

The switching of alternating current power is accomplished by use of a solid-state relay.

In comparison to mechanical relays, it features a silent state transition (i.e., there is no clanking noise) (which can be heard thru walls when opened or closed).

Our SSR is rated for 40 amps, however the maximum load on the panel is only 20 amps, resulting in a safety factor of 2.

The Run Both / SFI (Sand Filter Interface) menu option on the MARC controller’s Mode settings must be set to Y in order for the system to operate properly (yes).

What is the best way to establish the time and date in the panel so that occurrences begin to be recorded?

By pressing the enter button on the MARC, you can change the time settings.

Set the time and date on the displays to reflect the current time and date.

According to most applications, the air tube should protrude from the stand pipe in the riser by 10″ and take the appearance of a “candy cane.” It is possible to cut the tube to the desired length.

When I insert my SD card into the MARC device, nothing is recorded.

This might be caused by a large amount of data stored on the card or by a large amount of RAM stored on the card.

We propose an SD card with a maximum transfer rate of 1 Gigabit and dedicated use for the MARC. For a Sandfilter application, how do I connect a transducer to a panel and make it work? Follow the installation instructions that came with the panel.