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Best Electronic Sump Pump Switch: HydroCheck For Reliability
Discover the best electronic sump pump switch for superior basement protection. Ensure your home stays dry and safe with HydroCheck electronic switch choices.
As the owner of four sump pumps, and having experienced the frustrating failure of a float switch during a heavy rainstorm, we made it a priority to find the best sump pump switch solution. After extensive research, we discovered an electronic sump pump switch. It has been a game-changer for us and we wish to let you know about it too.
Fourteen years ago, we installed the HydroCheck HC6000 electronic sump pump switch, and it has been running flawlessly ever since. So impressed with its performance, we even had their engineer come out to inspect our installation.
Located in a high-water-table area, our sump pump handles groundwater that contains calcium carbonate, which can often lead to inaccurate readings. To ensure reliability, we mounted the HydroCheck HC6000 on a ¾-inch PVC pipe attached to our 1-1/2-inch discharge pipe. This setup has kept the switch functioning flawlessly, providing consistent and reliable operation year after year.
Since 1996, Stak Enterprise has been a trusted name in electronic sump pump switches, with the HC6000 serving as their flagship product.
As of this writing, HydroCheck now offers five types of electronic pump switches. Four of them can be used with an existing sump pump; one model works well as a sewage pump switch also and one model is designed exclusively for a utility pump.
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Best Electronic Sump Pump Switch Table of Contents
Why Switch To The Best Electronic Sump Pump Switch: HydroCheck?
When it comes to protecting your basement from flooding, reliability is everything and that is where traditional float switches often fall short.
The Problem With Conventional Mechanical Float Switches
Conventional sump pumps typically use a mechanical float switch. As water rises in the sump basin, the float lifts and triggers the pump to turn on. While simple in design, these switches have several weaknesses:
-Prone to Sticking: Floats can get stuck against the basin wall or tangled with the pump cord.
-Wear and Tear: Mechanical parts degrade over time, especially with frequent cycling.
-Debris Interference: Small rocks, silt, or mineral buildup can block the float's movement.
-Inaccurate Activation: Some float switches have inconsistent trigger points, leading to short cycles or premature shut-off.
These problems often strike at the worst times - during a storm or power outage - leaving you vulnerable to water damage, stress, big expenses and even health risks from mold growth from flooding.
The HydroCheck Electronic Sump Pump Switch Solves Conventional Problems
For decades, sump pump owners have relied on mechanical float switches to prevent basement flooding during heavy rainstorms. Unfortunately, homeowners have encountered too many instances of these switches failing when they are needed most.
After experiencing mechanical float switch failures firsthand, Richard A. Schipper, armed with his engineering expertise, set out to create a better solution. This is how HydroCheck electronic sump pump switches came to life. By combining hands-on experience and engineering knowledge, Schipper developed a product line that eliminates the common problems of mechanical float switches, providing homeowners with a reliable, long-lasting solution.
The Detailed Explanation: How HydroCheck Solves Each Problem
1. No sticking float because there is no float! Instead, stationary electronic sensors are zip-tied to the discharge pipe. When water reaches the tip of the sensor, a signal is sent to the controller to turn the pump on.
2. No wear and tear from physical movement because HydroCheck uses solid-state sensors (metal probes) that simply detect water contact; no physical action needed.
3. No seals or hinges to break because HydroCheck sensors are sealed and non-mechanical; there are no openings or rubber gaskets to fail.
4. No mechanical arcing or arcing contacts that happen with mechanical switches because they have contact points that spark (arc) when switching power on/off, wearing down over time. HydroCheck uses digital control circuitry which eliminates this contact erosion.
5. No risk of tether snagging or vertical float jamming because HydroCheck sensors are stationary, so nothing gets caught.
6. No inaccurate activation caused by float position shifting or water turbulence is eliminated with the HydroCheck sensors because they are zip-tied securely to the discharge pipe. With no moving parts, the sensors stay exactly where they are place, ensuring consistent and repeatable activation every time.
7. Longer lifespan - Mechanical float switches often need replacement every 3-7 years due to wear and tear. The HydroCheck electronic switch, with no moving parts and solid-state control, can last over a decade with minimal maintenance making it a long-term, cost-effective upgrade. Ours is now fourteen years old and still operating perfectly.
8. Little to no maintenance - Installing a HydroCheck electronic switch greatly reduces upkeep. The two-sensor models (HC6000v2 and HC6000-Pro) are virtually maintenance-free in groundwater-only pits. If the ground water contains high iron or mineral content it is best to install it on the sensors a separate 3/4 inch discharge pipe which is then attached to the main discharge pipe. Unlike traditional float switches that require frequent inspection or replacement, HydroCheck switches are designed to run reliably for years with minimal attention.
9. Easy replacement - Installing the HydroCheck sensor(s) is simple and doesn't require removing the pump from the pit. Just attach the sensor(s) directly to the discharge pipe. The slim design also allows the sensor to easily slide through a grommet in sealed pits, such as those used for sewage or radon mitigation.
Summary: Why Switching To An Electronic Switch Makes Sense
Instead of relying on a mechanical float, consider upgrading to a HydroCheck electronic switch. An electronic switch solves so many common problems occurring with a conventional switch. These devices use water-detection sensors, digital logic, and solid-state transistors to activate your pump with precision. Sound complicated? It's not!
HydroCheck switches operate automatically and reliably with no moving parts and no guesswork. If you have ever dealt with a failed float switch or a flooded basement caused by switch malfunction, HydroCheck offers peace of mind and consistent protection - rain or shine.
Overview: HydroCheck Electronic Switch Product Line - Five Models
HydroCheck offers five electronic sump pump switch models, all based on the same core technology. Each switch uses one or two sensors to detect water presence. When water touches the sensor tip, a signal is sent to the controller, which powers the pump through a piggyback plug. Once the water level drops below the sensor, the pump automatically shuts off.
The Five HydroCheck Electronic Switch List
1. HydroCheck HC6000v2
2. HydroCheck HC6000v2-PRO
3. HydroCheck HC8000T
4. HydroCheck HC5000T
5. HydroCheck HC7000v2
The Differences Between the Five HydroCheck Electronic Switches
While all HydroCheck switches use electronic water sensors to monitor water levels and send digital signals to the controller to start or stop the pump, each model handles this process a little differently. These differences include the number of sensors, the way runtime is determined, and the intended use case.
Understanding these distinctions is key to choosing the right switch for your needs.
The Number Of Sensors
HydroCheck electronic switches are available with either one or two sensors, each offering different functionalities.
A one-sensor switch uses a single sensor that should be attached to the discharge pipe at the point where the pump is set to turn on. Since this model lacks a Low (Off) sensor, it relies on the run time set via the Smart Button to control when the pump turns off. The run time can be adjusted at any time to fit the application, with the default set to 10 seconds if no other time is specified.
It is crucial to ensure that the pump stops before the impeller runs dry to prevent potential damage.
One-sensor models
- HC5000T
- HC8000Tv2
The two-sensor switch includes a Hi and Lo sensor. This means there are two sensors that must be attached to the discharge pipe. The Lo sensor is placed at the height where the pump should turn off and the Hi sensor is placed at the height the pump should turn on when the water touches its tip.
The run time is controlled by the distance between the Hi and Lo sensors. To ensure the pump operates safely, the Lo sensor should be placed just above the impeller (base) to prevent the pump from running dry and causing damage.
Two-sensor models
- HC6000v2
- HC6000v2-PRO
- HC7000v2
How Run Time Is Determined
Run time is customizable for Hydrocheck switches, however how it is determined depends upon how many sensors exist.
For Two-Sensor Models (e.g., HC6000v2, HC6000v2-PRO and HC7000v2)
- In two-sensor models, run time is determined by the distance between the high and low sensors. The pump activates when the water level reaches the upper sensor, and it shuts off once the water level falls below the lower sensor.
- As the water level rises, the lower sensor will become submerged before the top sensor. When the water level touches the upper sensor, it sends a signal to the controller, completing the electrical circuit, and activating the pump. Once the water recedes below the lower sensor, the electrical current is interrupted, cutting power to the pump and stopping its operation.
For One-Sensor Models (e.g., HC5000T and HC8000Tv2)
- In one-sensor models, run time is controlled by a built-in timer. The sensor is positioned on the discharge pipe at a height that corresponds to the desired pump operation level. When the water reaches the sensors tip, it sends a signal to the controller, activating the pump.
- As long as the sensor remains submerged, the pump continues running. However, once the water level drops below the sensor tip, the timer starts counting down. Once the preset time elapses, the electrical current stops, and the pump shuts off. The timer duration can be adjusted anytime using the Smart button. It is important to set the timer for a duration short enough to avoid running the pump dry, which could damage the impeller and motor.
Intended Application (Use Case)
HydroCheck offers five electronic switch models, each tailored to a specific type of pump commonly used by homeowners: sump pumps, sewage pumps, and utility pumps. The distinct design of each switch ensures optimal performance when used as intended:.
- Sump Pumps: HC6000v2, HC6000v2-PRO, and HC8000v2 are designed for sump pumps. These models attach directly to the discharge pipe and provide reliable high-low level sensing for precise pump control.
- Sewage Pumps: HC5000T is built for sewage pumps, Its narrow design allows it to fit through the grommet in a sealed sewage basin cover so there is no need to remove the lid. It is engineered to handle wastewater environments.
- Utility Pumps: HC7000v2 is designed exclusively for utility pumps, Ideal for temporary or portable pumping tasks, it automates manual pumps and ensures they shut off when water is gone.
HydroCheck Model Comparison Table
Model
Best For
Key Features
Max Amps
Notes
HC6000v2
Most sump pump users
On Off Height adjustable by two sensors: (Hi Lo)
On Off Height adjustable by two sensors: (Hi Lo)
15A even 1 HP
HC6000-PRO
Sump pump users Looking For Stats
HC6000v2 (with Hi-Lo-sensors Plus monitoring of motor current usage, cycle time,
HydroCheck Switches: Detailed Specs For All Five Models
HydroCheck offers a dependable lineup of electronic sump pump switches, each tailored to specific needs-from everyday basement protection to once in a while need. In this section, we break down the key features, capabilities, and specs of all five models. Whether you need precise water level control, built-in alarms, or utility pump compatibility, this comparison will help you quickly choose the right switch for your pumping system and gain lasting peace of mind.
- As you review the HydroCheck Electronic Switch specifications, keep in mind that all five models use tried-and-true technology. They test to more than 1 million pump cycles, are manufactured in the USA, are backed by exceptional customer service and offer a 5 year warranty.
- Note: If you have a problem with your HydroCheck electronic switch, it is very important for you to contact hydrocheckproducts.com because they want to resolve your issue.
Choose a specific model or scroll down to see them all.
Key Features For HydroCheck Electronic Sump Pump Switch HC6000v2
- Gives complete control of sump pump cycle time with 12 foot sensor cables and two sensors: Hi On and Lo Off. The typical distance between the conventional vertical float switch On Off height is 4 inches; the HC6000 allows for greater distance between the On Off height to reduce pump cycling and extend the life of the pump motor. Less On Off cycling also reduces energy consumption.
- Works with all sump pump systems (running with less than 15 Amps; Zoeller pumps use 9 - 10 Amps)
- Can replace any existing float switch. For existing piggyback plug sump pumps, unplug float switch cord and tie out of wat. Plug sump pump motor cord into HC6000v2 piggyback controller. For existing integrated pump float switches, tie float to On position and plug motor cord into HC6000v2 controller.
- Takes little pit space. It attaches to the existing discharge pipe so is ideal for narrow or crowded pits. The risk of float hang-up is eliminated.
- Sounds an alarm when problems such as pump failure, high water, blocked discharge pipe, and weak ground, occur. The alarm can be muted using its smart button.
- Handles air-lock conditions by making 2 attempts to clear an airlock by shutting the pump off briefly. If the pump runs for 20 seconds and still has a problem, the controller will shut it off to prevent motor burn out.
- Operates very simply. When the water is below both sensors, the pump is off. The pump is off when the water is above the Black Sensor (Lo-Sensor), but has not reached the Red Sensor (Hi-Sensor). When the water reaches the Red Sensor (Hi-Sensor), the pump is turned on. The pump stays on while the water is between the sensors. The pump is turned off when the water drops below the Black Sensor (Lo-Sensor).
- Gives a perfect installation and no maintenance requirement, if it is installed with the Installation Kit or an alternative you make from hardware store supplies. We use this installation and it has worked for 14 years now without issues. Pits with high iron or mineral content, or water from water softeners requires the use of the installation kit.
Key Features For HydroCheck Electronic Sump Pump Switch And Performance Monitor HC6000-PRO
- Performs the features of the HydroCheck HC6000v2 plus the following features.
- Acts as an alert system for problems that can occur in your sump pump system including changes in pump motor current, cycle time, and change in sensor health.
- Performs weekly self-test cycles.
- Sounds an alarm for high water level, pump malfunctioning (presence of lower amps than usual), switch signal problem.
Key Features For HydroCheck Electronic Sump Pump Switch HC8000T
- Relies on Dry-sensor technology thus the sensor is unaffected by water with high mineral or iron content.
- Sends a signal to controller when water reaches the sensor tip.
- Runs the pump for the precise amount of time set using the Smart Button. The run time can be changed at any time.
- Requires coordination between height of sensor placement on discharge pipe and run time. The run time should stop before the pit water level goes below the pump base so the pump does not run.
- Consists of built-in alarms to indicate a problem with the pump or the discharge piping such as clogs.
- Makes it easy to install in hard to reach or access situations. The sensor can be simply secured just below the drain tile and programming occurs outside the pit at the controller which plugs into the wall socket.
Key Features For HydroCheck Electronic Sewage Pump Switch HC5000T
- Runs using dry-sensor technology so is unaffected by waste water or minerals or iron in the pit.
- Eliminates maintenance cleaning because waste and chemicals do not affect it.
- Works with ejector/lift station pumps and replaces any existing float switch because it Is compatible with all sewage ejector pumps and pit sizes
- Fits easily in narrow or crowded pits.
- Installs without having to take out the failed mechanical switch or having to open the sewage pit.
- Relies on the Smart Button to easily program a precise cycle length for the sewage pump that will begin when liquid reaches the sensor tip.
- Uses built-in alarms to sound should a problem occur such as pump failure, high water, discharge hose blockage or trapped air,
- Relies on the following sequence of operation: 1) The pump is off when the water/waste is below the Sensor 2) When water/waste reaches the sensor the pump is turned On. 3) The pump stays On for the duration of the programmed run time. 4) The pump is turned off when the programmed run time has expired.
Key Features For HydroCheck Electronic Utility Pump Switch HC7000v2
- Eliminates the need to plug and unplug your utility pump. This automates the turning on and off of the pump and runs the pump only when water is present.
- Comes with two sensors: Hi (top) and Lo (bottom) and a Smart Button that aids setting up Additional Run Time to occur after the water lowers below the Lo sensor. The height of the two sensors is user adjustable. The number of seconds set for the additional run time is user customizable.
- Works with all utility pumps. Simply attach one sensor to the utility pump where it is intended to turn on and the other where it is intended to turn off.
- Allows setting the Lo (bottom) sensor as low as ¼ inch from the surface and programming the Additional Run Time via the Smart Button to ensure the utility pump pumps to its lowest possible level.
- Operates using both the sensors and the Additional Run time programmed using the Smart Button. The pump is off until the water is sensed by both sensors. This means the bottom sensor could be in water but the pump does not turn on until the water level reaches the top sensor. Once the pump turns on, it remains on while the water level is between the Hi and Lo sensor. When the Lo sensor is out of the water, the controller switches to the Additional Run Time set by the owner. The pump is turned off when the Additional Run Time has expired. The pump turns On again when the water level reaches the Hi (Top) sensor.
- Sounds alarm when problems such as pump failure, high water level, weak signal from sensors, discharge hose blockage or trapped air. The alarms can be silenced.
Why Is The HydroCheck HC6000v2 More Reliable Than Its Competitors?
Here is a detailed comparison showing why the HydroCheck HC6000v2 is better than both the Ortis 02 HiLo Switch and LevelGuard Z23800A1Z for sump pump applications, especially for those prioritizing reliability, flexibility, and long-term protection:
1. Dual Independent Sensor (Hi-Lo Control)
- HydroCheck HC6000v2 uses two separate sensors to set custom on/off points. This allows the user to easily control the pump cycle length (i.e., how much water is removed before the pump shuts off), which helps reduce short cycling and wear on the pump.
- Ortis 02 HiLo also uses Hi-Lo sensors, but lacks the same precision and build quality. It is more consumer-grade (prioritizing affordability and ease of use over high-end features or extreme durability).
- LevelGuard Z24800A1Z uses a solid-state capacitive sensor with fixed activation levels, so you cannot customize when the pump turns On or Off. No cycle length control.
Conclusion: HC6000v2 offers more user-defined control for tailoring the switch to sump pit size. Plus its quality is better.
2. Built-in Alarm System
- HydroCheck HC6000v2 features built-in alarms that alert you if:
- A sensor is not detected.
- Water level remains high for too long (potential pump failure).
- Ortis 02 HiLo has no built-in alarm system.
- LevelGuard Z24800A1Z also lacks alarms.
Conclusion: HC6000v2 gives real-time safety feedback not provided by the others.
3. Universal Compatibility
- HydroCheck HC6000v2 works with nearly all sump pumps (½ HP, 1 HP, etc.) - pedestal and submersible, as long as they use less than 15 Running Amps and they have a piggyback plug or the pump float can be bypassed by tying it in the On position.
- Ortis 02 HiLo advertised as working with nearly all pumps as long as they use less than 14 Running Amps, but documentation is limited.
- LevelGuard Z24800A1Z is not compatible with:
- Pedestal pumps
- Any pump exceeding 12 amps or using non-standard power wiring
Conclusion: HC6000v2 works better in nearly all setups. It offers better documention.
4. Proven Durability in Harsh Conditions
- HydroCheck HC6000v2 sensors are epoxy-encased and durable in dirty or iron-laden sump pits.
- Ortis 02 HiLo has mixed reliability reviews, and its sensor attachment system is flimsy. The sensors corrode in certain kinds of ground water contaminates.
- LevelGuard Z24800A1Z can fail in high-sediment pits due to sensor fouling.
Conclusion: HC6000v2 is better built for longevity in real-world sump basins.
- Ortis 02 HiLo documentation is sparse and hard to find. Reviews claim customer support is not responsive
- LevelGuard Z24800A1Z offers limited configurability and support for DIY users.
Conclusion: HC6000v2 is more user-friendly with strong customer support.
Summary Competition Comparison Table
Feature
HC6000v2
Ortis 02 HiLo
LevelGuard Z24800A1Z
Sensor Type
Dual Electrode Hi-Lo
Dual Electrode)
Capacitive
Built-in Alarm
Yes
No,
No
Adjustable Cycle Length
Yes
Yes
No
Works with Pedestal Pumps
Yes
Some models only
No
Max Pump Amps
15 Amps Max
14 Amps Max
12 Amps Max
Debris/Fouling Resistance
High
Moderate
Susceptible
Support & Documentation
Excellent
Unreliable
Minimal
Competition Comparison Conclusion
The HydroCheck HC6000v2 outperforms both the Ortis 02 HiLo and LevelGuard Z24800A1Z in flexibility, durability, safety features, and user customization. It's the most complete and reliable solution for homeowners serious about long-term sump pump protection.
Choosing the Right HydroCheck Model For Your Application
Because of the above mentioned key differences, it is important to start by asking:
:
What kind of pump is needed, and what type of water will it handle?
Once you know the application, you can easily choose the HydroCheck model that fits your needs.
Choose HC6000v2 if ...
- Your sump pump uses a conventional float switch.
- Your pump runs frequently and cycles often.
- You have experienced float switch failure in the past..
The HC6000v2 allows you to set custom activation and shut-off points by adjusting the height of its Hi and Lo sensors on the discharge pipe. We recommend using the mounting kit accessory for reliable sensor activation if pit has signal interference elements; it is how we installed ours. After 13 years, it is still working flawlessly.
By increasing the vertical distance between the high and low sensors, you can reduce how often your pump cycles which helps extend pump life and improve efficiency.
Choose HC6000-PRO if ...
- You want all the benefits of the HC6000v2 plus advanced performance monitoring.
- You need data on pump motor current usage and cycle duration.
- You want automatic weekly self-testing.
- You would like built-in alerts for high water level
- Pump malfunction (e.g., reduced amperage)
- Signal or switch communication problems
Choose HC8000T if ...
- You prefer a simpler setup with just one sensor, mounted at your desired pump On height. The pump run time is set manually in seconds using the Smart Button: no need to install both Hi and Lo sensors..
- Your sump pit contains contaminants like iron, minerals, or runoff from washing machines or water softeners. The HC8000T uses Dry-Sensor Technology, so only the sensor tip needs to detect water reducing false triggers caused by buildup or residue.
Choose HC5000T if ...
- You are using a sewage pump, and need a switch that will not be triggered by false signals from wastewater, raw sewage, or other contaminants.
- You want the convenience of adjusting the On/Off cycle using the external Smart Button without having to open the sealed sewage pit to access the sensor.
Choose HC7000v2 if ...
- You are using a utility pump for tasks like draining window wells, cleaning up after a flood, or removing standing water.
- You want to automate a manual utility pump so you don't have to monitor it while it runs.
The HC7000v2 switch uses two sensors attached directly to the pump. The pump turns on when water reaches the Hi (top) sensor, and once the water level drops to the Lo (bottom) sensor tip, the pump continues running for a user-defined duration set via the Smart Button. This ensures thorough drainage without constant supervision.
Installing HydroCheck Electronic Switches
Installing HydroCheck switches is straightforward. Stack Enterprises provides clear instructions, helpful installation images, videos, and responsive customer support. All switches include at least one sensor that indicates the pump On point. Most models attach their sensor(s) to the discharge pipe, except for the HC7000T (designed for utility pumps), which uses a different setup. The HC7000v2, for example, has sensors that attach directly to the pump body. Refer to the instructions below and visit the company's website for more detailed guidance.
How to Install the HydroCheck HC6000v2 Electronic Sump Pump Switch
Pre-Installation Considerations
1) The pump activates when the water reaches the upper sensor (red) and shuts off once it drops below the lower sensor (black). You can customize the length of the pump cycle by adjusting the distance between these sensors.
2) The HC6000v2 is designed for indoor use only and should not be installed outdoors.
3) The lower sensor (black) must be teed above the base of the pump so it does not run dry.
4) An existing float switch can be bypassed easily if it uses a piggyback plug. You will need to disconnect the float switch cord and tie it up to the discharge pipe out of the way. The HC6000v2 takes over switch control entirely. :
5) Pumps with a built-in float (no piggyback plug), the internal float needs to be tied in the "on" or upright position. This ensures the pump stays powered and can be triggered by the HC6000v2.
6) Pits exposed to water softener discharge, iron-rich groundwater, calcium carbonate, or gray water should use the Sensor Installation Kit, for maximum reliability. Using the installation kit eliminates the need to clean the sensors periodically. We use the Sensor Kit and have had 100% reliability for 13 years so far/
Installation Instructions For HC6000v2
Step 1: Unplug your sump pump from the float switch piggyback plug or if you do not have a piggyback plug, unplug the pump from the power outlet and set it aside.
Step 2: If you do not have a piggyback cord for your existing float switch, the float must be tied up in the on position so the pump will now be run by the HC6000 controller rather than the pumps original switch.
Step 3: Attach the red (high-level) sensor to your discharge pipe using the included zip ties. Place it at the water level where you would like the pump to turn on. A good guideline is just below the incoming drain tile. If a backup pump exists, the Hi-On sensor tip must be placed below the backup pump float switch On height.
Step 4: Mount the black (low-level) sensor lower on the discharge pipe, at the level where the pump should turn off. Make sure it is above the pump base so the pump does not run dry.
Step 5: Ensure the red sensor is mounted above the black one. This establishes your pump cycle range.
Step 6: Plug the controller module into a grounded 120V AC outlet. The system will power up, and a red LED will briefly turn on to indicate it is working. If water touches the red sensor, the pump will start running.
Step 7: Plug your pump power cord (the motor cord) into the HydroCheck controller. The output is rated for pumps up to 1 HP or 15 amps at 120V.
Step 8: Test the system before relying on it unattended. Note that the sensors require grounding through the water in the sump pit - testing in a cup of water will not work.
If you have issues please contact HydroCheckproducts.com customer service.
HC6000v2 Video Installation
How to Install the HydroCheck HC8000T Electronic Sump Pump Switch
Pre-Installation Considerations
1) Set Up for the HC5000T is very similar to the HC8000T except the HC5000T is for a sewage pump instead of a sump pump.
2) If your current sump pump uses a mechanical float switch with a piggyback plug, do not reconnect that plug when installing the HC8000T - leave it unplugged and unused. Tie it to the discharge pipe so it is out of the way.
3) For pumps that are internally wired with a float switch (i.e., no external piggyback plug), make sure to secure the float in the up position, simulating a water full sump pit. This ensures the internal switch remains in the closed/on state and allows the pump to operate.
Installation Instructions For HC8000T
Step 1: Disconnect your sump pump power cord from the piggyback float plug.
Step 2: Unplug the piggyback float plug from the wall outlet. It's no longer needed - the HC8000T will fully replace it. If you have not piggyback plug and only a motor cord, the motor cord, unplug it because it will be plugged into the HC8000T piggyback switch controller that is plugged into the wall socket.
Step 3: Attach the sensor (labeled A) to the sump pump discharge pipe (labeled D) using the included zip tie (labeled E).
- Position the sensor slightly below the drain tile or inlet pipe and below the backup sump pump float On state; this ensures the switch activates at the appropriate water level.
Step 4: Plug the control module (labeled B) into a standard 3-prong 120V outlet.
Step 5: Connect the sump pump power cord (labeled C) into the control module (B)..
Step 6: Set your desired run time using the Smart Button.
- Default run time is 10 seconds, but you can change it at any time for better performance.
- Finding the ideal run time may take a few adjustments. Make sure the pump turns off before the water level goes below the impeller found in the pump base so the pump does not run dry.
Step 7: Always test the system after setup to ensure proper function before leaving it unattended.
- The sensor must be submerged in actual sump water. It will not activate in a cup of water or during dry testing.
Instructions For Runtime Programming Using Snart Button
Step 1: Disable any prior set active alarms..
Step 2: Hold down the Smart Button for about 5 seconds. You will know the timing sequence has started when the output activates and the LED flashes green...
- If the pump is already running, first cancel the current cycle by pressing and quickly releasing the button once.
Step 3 Release the button when the pump has run for the amount of time you want. The output will shut off, and the system will save the new run time.
- The HC8000T keeps your settings even if there is a power outage..
Based on our firsthand experience with the HC6000 electronic sump pump switch and the HC5000T electronic sewage pump switch, we confidently recommend the full line of HydroCheck products. These switches are well-engineered, highly reliable, and built to last. In fact, our HC6000 switch has been in continuous operation since 2011; that is over 14 years without a single failure.
While we prefer the dual-sensor models for their precision and flexibility, the single-sensor models with Smart Button programmable run times are also extremely user-friendly and quick to install.
Over the years, we have communicated directly with HydroCheck engineering team and have found Stak Enterprises to be responsive, knowledgeable, and committed to customer success. If you ever encounter an issue, they genuinely want to hear from you and help; visit them at HydroCheckProducts.com.
We wish you the very best as you upgrade from a conventional float switch to a HydroCheck advanced electronic option. Your basement or utility space will thank you!
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