Everbilt Pressure Switch

Tips, Tricks, and Everything You Need to Know

Everbilt pressure switches are a popular choice for controlling pump systems in homes, businesses, and industrial applications. But how exactly do they work? And what’s the best way to install, adjust, and maintain them? This in-depth guide will teach you everything you need to know about Everbilt pressure switches.

What is an Everbilt Pressure Switch Used For?

Everbilt pressure switches are designed to automatically turn a pump on and off at preset low and high pressure settings. They act as the “brain” of the system, cutting the power when pressure reaches the high limit and turning it back on when pressure drops to the low limit. This helps maintain consistent pressure in plumbing systems, well pumps, irrigation systems, and other pump-fed processes. Without a pressure switch, pumps would simply run continuously, wasting electricity and putting unnecessary wear on pump components.

Pressure switches like the Everbilt are a critical component for most pump systems. Well pumps rely on them to maintain pressure in the water lines. Irrigation systems use them to control sprinkler heads. They’re commonly installed on RV and boat plumbing as well. Compressors, boilers, and process equipment also need pressure switches to automate the units they control. Overall, they serve an important role in residential, commercial, and industrial pump applications.

Where to Buy an Everbilt Pressure Switch

Everbilt pressure switches are sold exclusively at Home Depot stores and on HomeDepot.com. They offer a line of affordable switches ranging from 20-60 psi for use with most residential and light commercial pump systems. Within the line, there are models designed specifically for well pumps and jet pumps.

When purchasing, you’ll need to know your system’s voltage, required pressure settings, and pipe size. This information is necessary to select the appropriately rated Everbilt switch. The most common options are 20/40 and 30/50 psi standard switches for 1/2″ pipes. However, multiple configurations with alternate pressures, pipe sizes, and voltages are available.

Everbilt switches can be found both in store and online for convenient purchase. Just consult with a Home Depot sales associate if you need help selecting the right model. They keep them well-stocked, often at lower prices than sourcing pressure switches elsewhere.

How to Install an Everbilt Pressure Switch

Installing an Everbilt pressure switch is a straightforward process that most homeowners can tackle themselves with some careful attention:

Step 1) Make sure the power is disconnected from the pump system before beginning work. Shut off the breaker or unplug the pump. Relieve any pressure by opening faucets.

Step 2) Cut the pipe just after the existing pressure switch using a tube cutter. Remove the old switch and clean any debris from the ends of the cut pipe.

Step 3) Apply thread seal tape to the threads on the Everbilt switch and install it onto the pipe using proper wrench sizes. Snug it up but don’t overtighten.

Step 4) If using a well pump, ensure the check valve is installed on the inlet side about 2 feet down from the Everbilt switch. This prevents water hammer when the pump shuts off.

Step 5) Wire the Everbilt switch by connecting the common, normally open, and ground wires according to the manufacturer’s diagram. Use proper wire nuts and verify no bare wire is exposed.

Step 6) Turn the power back on and test operation by bleeding pressure at taps. Adjust cut-in and cut-out settings as needed per instructions. Add air volume control tanks as required.

With attention to details like wiring, proper thread sealing, and pressure setting adjustment, installing an Everbilt pressure switch is a straightforward DIY project for most homeowners. Call a professional for any installation assistance needed.

Everbilt Pressure Switch Specifications

To select, install, and adjust your Everbilt pressure switch correctly, it’s important to understand the key specifications:

• Pressure range – The cut-in and cut-out pressures between which the switch operates. Common ranges are 20/40, 30/50, 40/60, etc. psi.
• Differential – The difference between cut-in and cut-out pressures. This prevents short cycling. Everbilt differentials are typically around 20 psi.
• Voltage – Matches the voltage of the pump system’s power supply, usually 115V or 230V. Choose the correct voltage switch to avoid damage.
• Amperage – Shows the current load the switch can handle for the attached pump. Check pump amp rating doesn’t exceed the switch amps.
• Pipe size – 1/2″ NPT is standard but 3/4″ and 1″ NPT switches are available for larger plumbing. Don’t undersize.
• Connection type – Everbilt pressure switches have wire leads instead of a plug-in CORD. Permanent connections are more reliable.
• Adjustment range – The low and high pressure settings can be adjusted within a range, usually about 10-15 psi.
• Maximum pressure – The upper limit for pressure handling without damage, usually 150-300 psi depending on model. Don’t exceed!

Consult the product specs and operating conditions before selecting and installing your Everbilt pressure switch to ensure optimal performance and safety.

How an Everbilt Pressure Switch Works

The ingenious internal mechanism of the Everbilt pressure switch provides automated, seamless operation for pump systems:

1. Pressure builds in the system above the cut-out setting.

2. This pressure is applied to an internal diaphragm or piston.

3. At the cut-out pressure, the force overcomes a spring and flips an electrical switch.

4. This cuts power to the pump, turning it off before pressure overbuilds.

5. As pressure bleeds off and drops below the cut-in setting, the spring pushes the diaphragm back.

6. This closes the electrical contact and turns the pump back on to build pressure.

This reliable switching cycle continues automatically, maintaining pressure between the high and low setpoints. The differential prevents short cycling and provides a steady operation.

The Everbilt pressure switch uses a straightforward, purely mechanical operation for this sensing and control. No electricity runs through the water, and no batteries are required. Just mechanical force and springs doing their job! Pretty clever engineering inside these little plastic boxes.

Everbilt Pressure Switch Pricing

Everbilt pressure switches are designed to provide reliable performance at budget-friendly price points for residential and light commercial applications. Here are some typical prices:

• Standard 20/40 psi or 30/50 psi models: $15-$25
• Higher pressure 40/60 psi switches: $25-$35
• Specialty pump system or adjustable pressure models: $30-$50
• Industrial models with high amperage or voltages: $70-$150

Exact pricing can vary based on features, rated specifications, and sales/promotions. But in general, Everbilt switches are very competitively priced versus comparable switches from other brands.

Their affordable price point makes them a great choice for ordinary residential and light commercial pump systems. For higher pressure industrial applications, more heavy-duty switches are recommended despite slightly higher costs. But for typical usage, Everbilt offers reliable pressure control at a bargain price.

Adjusting Everbilt Pressure Switch Settings

Everbilt pressure switches are factory pre-set to common cut-in and cut-out pressures for basic operation. However, you may need to adjust the settings for your specific installation:

• Use a small flathead screwdriver to turn the adjustment screws located on the side or front.
• Check any marking on the switch to identify cut-in and cut-out screws. Turn clockwise to increase pressure, counter-clockwise to decrease.
• Adjust pressure with the system running to observe the effects and dial in the target pressure range.
• For well pumps, set the cut-in 2-3 psi below the pump start pressure (e.g. 25 psi cut-in for a 28 psi start pump).
• The differential should be 20 psi between cut-in and cut-out settings for optimal operation.
• Adjust high and low settings equally if increasing differential, e.g. raise both by 5 psi.
• Allow the pump to cycle on and off a few times to verify satisfactory pressure range after adjusting.

Take the time to properly adjust and test your Everbilt pressure switch settings to maximize performance and efficiency in your specific application.

Default Everbilt Pressure Settings

Out of the box, Everbilt pressure switches come pre-configured with default cut-in and cut-out pressures that work for typical installations:

• 20/40 psi switch:
  • Cut-in: 20 psi
  • Cut-out: 40 psi
• 30/50 psi switch:
  • Cut-in: 30 psi
  • Cut-out: 50 psi

These settings provide a 20 psi differential that prevents short cycling and rapid pump on/off operation. The standard settings are suitable for many residential and commercial pump applications.

However, the default pressures may need adjustment for certain conditions:

• Increase settings for longer supply line runs with higher friction losses.
• Lower settings for small cottage or RV applications with lower pressure requirements.
• Adjust cut-in pressure to 2-3 psi below pump start pressure for well pump compatibility.
• Modify settings to match an existing non-standard pressure range.

While Everbilt’s default pressures work for general use, taking the time to tune the settings for your specific installation will maximize system performance.

Using Everbilt Switches with Any Pump

The versatile Everbilt pressure switches can regulate pressure for all sorts of pump applications, both residential and commercial. Their simple, sturdy mechanism provides reliable control across many different setups:

• Well pumps – Adjust cut-in pressure just below pump start PSI. Add check valve and pressure tank.
• Booster pumps – Helps maintain consistent house pressure from irregular municipal supply lines.
• Sump pumps – Controls discharge pump to manage water level and prevent short cycling.
• Irrigation pumps – Maintains optimal sprinkler pressure and prevents system spikes.
• Jet pumps – Specialized Everbilt models specifically designed for jet pump systems.
• Submersible pumps – Controls level-activated pumps to preserve pump life and prevent dry run.
• HVAC pumps – Pressurizes chilled water loops in large cooling systems.
• Compressed air pumps – Regulates air compressors within a factory automation system.
• Chemical process pumps – Manages pressurized flows for industrial chemical processing.

The simple mechanical Everbilt switch provides reliable, long-lasting pressure control for pumps of all types. Just select the appropriate voltage, pressure range, and capacity for optimal control.

Everbilt Pressure Switch Warranty

Everbilt pressure switches are backed by Home Depot with a 1-year limited warranty. The warranty covers defects in materials or workmanship for 1 year from original date of purchase. As with any product, it’s advisable to inspect switches right away and return any defective units immediately.

Within the 1-year warranty window, Home Depot will provide a replacement Everbilt pressure switch free of charge. Make sure to have the original receipt on hand as proof of purchase date. Units will need to be returned to the nearest Home Depot store for exchange.

For issues outside the 1-year window, the Everbilt switch will need to be replaced rather than repaired, as the sealed units are not serviceable. However, for the low original purchase price, the 1-year warranty provides good protection on your investment. Just make sure your application falls within the pressure, temperature, and amperage ratings for optimal switch life and performance.

Troubleshooting Everbilt Pressure Switch Problems

Everbilt pressure switches are generally reliable, but issues can arise. Here are some common problems and troubleshooting tips:

Pump won’t turn on:

• Verify proper voltage to the switch and electrical connections are secure
• Check for blown pump fuse or tripped breaker
• Ensure cut-in pressure setting isn’t too high

Pump won’t shut off:

• Check for cut-out setting too close to cut-in (adjust for 20 psi differential)
• Inspect for damaged diaphragm not closing electrical contact
• Make sure there are no stuck check valves allowing backflow

Short cycling:

• Adjust pressure settings to increase differential gap
• Check for air in system; bleed lines and check tank pre-charge

Leakage:

• Make sure proper thread sealant is used and connections are tight
• Inspect for cracks in switch body, replace if necessary

Incorrect pressure:

• Re-calibrate adjustment screw settings as needed
• Verify proper-sized switch for the system (pipe size, pressure rating)

Catching problems early and performing routine maintenance on your Everbilt pressure switch will maximize its lifetime and prevent more significant pump system issues down the road.

Everbilt Pressure Switch Models

Everbilt offers a range of pressure switch models to suit different installation requirements:

• Standard switches in 20/40 psi or 30/50 psi for typical residential applications
• Well pump switches designed for compatibility with shallow and deep well systems
• Jet pump switches engineered specifically for jet-style pumping systems
• Higher pressure switches for commercial booster pumps up to 60+ psi
• Adjustable pressure switches allowing customization of cut-in and cut-out
• Alternate pipe size switches for 3/4″ or 1″ piping needs
• Higher voltage switches for larger pumps requiring 230V power
• Condensationproof switches for outdoor and humid environments

No matter your pressure range, pipe size, voltage, or system requirements, Everbilt likely offers a pressure switch model that will provide a direct fit and optimal performance. Consult Home Depot experts for help selecting the right switch.

How to Wire an Everbilt Pressure Switch

Everbilt pressure switches provide a terminal block for simple low-voltage wiring:

1) Use the ground wire to connect the green ground screw on the switch to the electric box grounding wire.

2) The common wire connects to the COM terminal on the switch to provide power in. This is usually white or black.

3) Connect the normally open wire to the NO terminal. This wire goes to the pump power supply and is red or black.

4) No connection to the NC (normally closed) terminal is needed for basic operation. Cap this unused terminal off.

5) Connect all wires securely with appropriately sized wire nuts and ensure no bare wire is exposed.

6) Confirm the wiring matches the diagrams on the switch and in your pump’s manual for proper control.

The simple wiring design allows do-it-yourself installation for most homeowners. However, always consult a professional electrician if any questions arise with the switch wiring or connections. Taking the time to wire correctly will mean years of trouble-free pressure control.

Using Everbilt Switches on High-Pressure Systems

While Everbilt pressure switches are designed primarily for typical residential pressure ranges, some heavy-duty models can also effectively control high-pressure pump systems.

Their simple and sturdy mechanical switch mechanism allows reliable operation up to higher pressures, unlike electronic switches that can fail. Just be sure to choose an appropriately rated Everbilt model:

• Review the pressure rating – Maximum pressures range from 150-300+ psi for specialty models. Select a switch that exceeds your system pressure with a safety margin.
• Consider the pipe size – Larger 3/4″ or 1″ NPT switches are better suited for high-pressure pumping systems rather than standard 1/2″ models.
• Mind the pressure differential – A 20 psi differential may cause chattering or rapid cycling on high-pressure systems. A 30-50 psi differential is preferable.
• Get the right voltage – Make sure to get the correct 115V or 230V rating for the pump motor. Undersizing can lead to switch failure.

With proper sizing, installation, and settings, Everbilt high-pressure switches can provide reliable service even in more demanding commercial pumping applications. But make sure to review specifications carefully against your system’s actual operating conditions.

Replacing an Everbilt Pressure Switch

With basic mechanical switches like the Everbilt, replacing them is recommended rather than repairing when issues arise. Replacement is a straightforward process:

1) Shut off all power to the pump system. This ensures safety while you remove and install the switch. Relieve any system pressure too if possible.

2) Disconnect the wiring from the faulty pressure switch. Make sure to label wires clearly for reconnection. Unscrew the bad switch from the plumbing line.

3) Clean plumbing connections and apply fresh thread seal tape. Screw in the new Everbilt switch by hand until snug. Don’t overtighten.

4) Connect the wiring to the new switch exactly as it was on the old switch. Confirm the ground wire is also secured properly.

5) Follow manufacturer instructions to set the new switch to the desired cut-in and cut-out pressures for your system while it’s pressurized.

6) Power the system back up and allow the pump to cycle. Check for leaks and confirm normal pressure operation before leaving.

With a calibrated Everbilt pressure switch installed, you can get your pump system functioning like new again. Just be sure to dispose of the faulty switch properly after replacement.

Video Guides for Everbilt Pressure Switch Installation

If you’re a visual learner, there are some great video tutorials online demonstrating best practices for Everbilt pressure switch installation:

• YouTube: Handy HVAC install video showing wiring plus cut-in/cut-out adjustment
• Home Depot: Short demo of basic switch install on a water pressure booster pump
• Grainger: Pro tips for proper thread sealing an Everbilt switch onto pump plumbing
• Legend Brands: Instructional pressure switch installation for HVAC equipment
• Green Mechanical: Excellent step-by-step deep well pump pressure switch overview

Watching a professional install the exact model of Everbilt pressure switch you have provides a helpful visual guide to proper setup and adjustment. Pausing to follow along makes the process smoother.

Videos also reinforce important details like safely relieving system pressure, applying thread sealant, and double-checking electrical connections that are critical to operational integrity. Taking time to view some tutorials will build confidence for a successful install.

Maximum Everbilt Pressure Switch Pressure Ratings

When selecting an Everbilt pressure switch, it’s critical to choose a model rated for the maximum system pressure you need to control to ensure safe, reliable operation. Here are some typical pressure ratings:

• Standard models: Up to 150 psi
• Heavy-duty models: Up to 300 psi
• Water well switches: Up to 300 psi
• Jet pump switches: Up to 100 psi
• Brass body switches: Up to 400 psi

Always choose an Everbilt switch with a maximum pressure rating at least 25% higher than your actual system pressure. This provides a safety margin and allows for future upgrades. Exceeding the rated pressure can damage the internal diaphragm and electrical contacts.

Review your pump’s specifications along with the plumbing system design pressure to determine expected max psi. Confirm your switch selection with a Home Depot expert if unsure. Choosing a properly rated Everbilt pressure switch ensures years of continuous, trouble-free control over your pumping system. Don’t cut corners on pressure rating capacity.

Using Everbilt Switches on Shallow and Deep Well Pumps

Everbilt manufactures pressure switch models specifically designed for both shallow and deep water well systems. This makes integration with the pump seamless:

Shallow Well Switches

• Pre-set cut-in and cut-out target typical 30-50 psi residential pressure
• Won’t restart pump immediately, preventing water hammer
• Rugged diaphragm withstands cycling on and off

Deep Well Switches

• Cut-in adjustable down to 10 psi for compatibility with deep well pump start pressures
• Greater adjustment range – easy to fine tune deep well pump operation
• Can be wired for pump control or governed by level control switches

No matter the well depth and pump size, an Everbilt well pressure switch simplifies setup. Correctly sized, they maintain constant household water pressure by interfacing accurately with the well pump’s on/off operation. Just be sure to match electrical ratings and confirm cut-in pressure is properly calibrated.

Tools for Replacing an Everbilt Pressure Switch

Replacing a faulty Everbilt pressure switch is a straightforward job most handy homeowners can tackle in less than 30 minutes with the right tools:

• Voltage tester – To confirm power is OFF to the switch for safety
• Tube cutter – For evenly cutting pump system pipe to remove old switch
• Pipe wrenches – To unscrew old switch and install new one
• Thread seal tape – Prevents leaks; apply to switch threads before installing
• Screwdriver – For securing switch terminal wiring and conduit connections
• Wrench or pliers – For tightening wire nuts on electrical connections
• Needlenose pliers – For pulling or re-routing wires in tight switch box space
• Rags & bucket – For catching any water that may spill when cutting pipe

Having these basic tools on hand allows safe switch removal and quick, simple installation of a replacement Everbilt pressure switch. Just be sure to turn power OFF and discharge system pressure before getting started.

Cleaning and Maintaining Everbilt Pressure Switches

To keep your Everbilt pressure switch operating reliably for years to come:

• Check wiring connections – Ensure they are clean, tight, and corrosion-free
• Inspect connections – Check for leaks indicating worn threads or bad seals
• Clean debris – Use compressed air to blow out dirt around switch and terminals
• Check system pressure – Gauge should match switch cut-in and cut-out settings when pump cycles
• Listen for odd noises – Clicking, chatter, or hum can indicate issues
• Consider preventive replacement – Switches have a finite lifetime and may need changeout every 5-10 years

Everbilt switches are designed to be maintenance-free, but periodic inspection catches minor issues before they become operational problems. Keep water and moisture away from the electrical terminals. And don’t continue using a questionable switch – replace it for peace of mind.

Conclusion

There you have it – everything you need to know about Everbilt pressure switches! From essentials like selecting, installing, and adjusting them to troubleshooting and maintenance tips, this guide covers it all.

The humble Everbilt provides simple, mechanical pressure control that keeps residential and light commercial pump systems running smoothly. Understanding how these switches work and taking care to install them properly helps ensure they provide years of reliable service.

Whether you’re maintaining the pumps in your home plumbing or irrigation system, Everbilt’s affordable and straightforward pressure switches provide trouble-free control. Just follow the helpful tips in this article, and you’ll keep your pump systems operating optimally thanks to dependable, time-tested Everbilt pressure switch technology.