Installing a hand pump well is a straightforward project for shallow water tables (under about 25 feet) and becomes progressively more complex as depth increases. The process breaks down into four main stages: choosing the right pump for your water depth, selecting and preparing your site, assembling and lowering the pump components into the well casing, and testing the water before you drink it. Most shallow well pitcher pumps can be installed in a single afternoon with basic plumbing tools.
Know Your Water Depth First
The single most important measurement before buying anything is your static water level, the depth at which water naturally sits in your well when nobody is pumping it. This number determines which type of pump will work.
Suction-style pitcher pumps can only lift water about 25 feet at sea level, and that number drops with elevation. They work by creating a vacuum at the surface, and atmospheric pressure sets a hard physical limit on how high you can pull a column of water. If your water table is within that range, a simple pitcher pump is the least expensive and easiest option to install.
Deep well hand pumps use a different approach. Instead of sucking water up from the surface, they push it up from below using a cylinder positioned down inside the well casing, near the water. Models like the India Mark II or the Afridev can lift water from 80 meters (about 260 feet), and some newer designs reach 100 meters or more. These pumps require significantly more hardware and effort to install.
To measure your static water level, you have a few options. The simplest is a chalked tape: dry the last 8 to 10 feet of a long measuring tape, coat it with carpenter’s chalk, lower it into the well until part of the chalked section goes below water, then note where the wet line starts. Subtract the wet mark from the reading you held at the top of the casing, and you have your depth. An electric depth gauge is more precise. It uses a weighted, insulated wire with depth markings and a small battery-powered meter that deflects when the wire tip touches water.
Choosing a Location
If you’re drilling or driving a new well rather than adding a pump to an existing one, where you place it matters as much as how you install it. Contamination from septic systems, livestock, and surface runoff is the primary risk for any private well.
Kansas Department of Health and Environment regulations, which reflect widely adopted national guidelines, require a minimum 50-foot separation between a well and any potential contamination source. But the recommended distances are much larger:
- Septic tanks: 50 feet minimum, 100+ feet recommended
- Septic lateral lines (drain field): 50 feet minimum, 400+ feet recommended
- Livestock pens, stables, manure piles, or lagoons: 50 feet minimum, 400+ feet recommended
- Property lines: 25 feet minimum, 50+ feet recommended
Those minimums don’t guarantee safe water. Fifty feet of separation may not stop viruses and nitrates from reaching your well, especially in sandy or gravelly soil where water moves quickly. If you have the space, 100 feet from a septic tank and 400 feet from a drain field or livestock area is far safer. Place the well uphill from any contamination source whenever possible so groundwater flows away from, not toward, your water supply. Check your local or county codes before you start, as some jurisdictions require permits and enforce stricter setback distances.
Installing a Shallow Well Pitcher Pump
A pitcher pump mounts directly on top of the well casing or on a platform next to it. The pump connects to a drop pipe (also called a suction pipe) that extends down into the water. Standard drop pipe for hand pumps comes in 1-inch or 1ΒΌ-inch diameter, typically PVC Schedule 80 or heavy-wall black plastic pipe. Match the pipe diameter to the threaded connections on the bottom of your pump.
Start by wrapping all threaded connections with Teflon tape or applying a Teflon-based joint compound. Every joint in the suction line must be both airtight and watertight. Even a tiny air leak will prevent the pump from holding suction. Screw the first section of drop pipe to the bottom of the pump. If your pump uses a barbed insert adapter instead of threads, slide suction hose over the barb and secure it with at least two stainless steel hose clamps.
Add pipe sections until the drop pipe reaches well below the static water level. You want the bottom of the pipe submerged deep enough that seasonal water table fluctuations won’t leave it exposed. A foot valve (a one-way check valve) at the bottom of the drop pipe keeps water from draining back down between uses, making the pump easier to prime and operate.
Once the pipe assembly is complete, lower it into the casing, seat the pump on top, and secure it. The pump body should be bolted or clamped firmly so it doesn’t shift during use.
Priming
A new pitcher pump won’t produce water until you prime it. Pour clean water into the top of the pump until it flows out the spout. Then wait about five minutes. The leather cup seal inside the pump needs time to swell with moisture and make full contact with the cylinder wall. After that, work the handle in short, steady strokes. You’re pulling water up through the entire length of drop pipe, so it takes some patience. Add more water to the top if the pump loses suction during this process. Once water flows consistently with each stroke, the pump is primed.
Installing a Deep Well Hand Pump
Deep well hand pumps are fundamentally different from pitcher pumps. The pumping cylinder sits down in the well near the water level, connected to the pump head at the surface by two parallel assemblies: the drop pipe (which carries water up) and pump rods (which transmit the up-and-down motion of the handle to the cylinder’s piston far below).
Installation is a two-person job at minimum. You lower the cylinder into the well first, then add sections of drop pipe and pump rod simultaneously, coupling each new section as you go. Drop pipe sections connect with threaded or splined couplings. Pump rod sections connect with their own rod couplings. Both must be kept aligned and supported as they get longer and heavier. For a well at 80 or 100 feet, you’re managing a significant amount of weight hanging into the borehole.
Keep lowering pipe and rod until the cylinder reaches your target depth, which should be well below the static water level to account for drawdown (the temporary drop in water level that occurs while pumping). Once the full assembly is in place, mount the pump head on the casing, connect the pump rod to the lever mechanism, and secure everything. Deep well installations often benefit from professional assistance or at least experienced guidance, particularly for wells beyond 50 or 60 feet.
Winterizing in Cold Climates
Water standing in the pump head and the upper portion of the drop pipe will freeze in winter, potentially cracking the pump or pipe. The standard prevention method is a weep hole: a small hole (1/16 inch) drilled into the drop pipe below your region’s frost line. When you leave the pump handle in the up position after use, the weep hole allows the water column above it to drain back into the well, leaving only empty pipe in the freeze zone.
Frost line depth varies by region, from about 12 inches in the southern United States to 60 inches or more in northern states and Canada. Your local building department can tell you the frost depth for your area. Drill the weep hole below that depth before you assemble the drop pipe, and make a habit of leaving the handle up after every use during cold months. The tradeoff is that you’ll need to pump a few extra strokes each time to refill the drained section.
Testing Your Water
A new well should be tested before anyone drinks from it, no matter how clean the water looks. The CDC recommends testing private well water for total coliform bacteria, pH, total dissolved solids, and nitrates at minimum. Your local health department or cooperative extension office can provide sampling kits or direct you to a certified lab. Many state programs offer basic testing for $20 to $50.
Nitrates are particularly important if your well is anywhere near agricultural land, fertilized lawns, or septic systems. Coliform bacteria indicate whether animal or human waste is reaching your water. After the initial test, plan to retest at least once a year. If your area has known issues with arsenic, lead, or other contaminants, add those to your testing panel.
Ongoing Maintenance
Hand pumps have few moving parts, but the ones they have do wear out. The leather cup seals (or rubber equivalents) that create the piston’s seal inside the cylinder typically need replacement every one to two years. Signs of worn seals include needing more strokes to bring up water, water slipping back down between strokes, or a complete loss of suction that priming can’t fix.
For a pitcher pump, replacing seals means removing the pump from the casing, pulling the plunger assembly out, and swapping the leather or rubber. For a deep well pump, it means pulling the entire rod and cylinder assembly out of the well, which is the same labor-intensive process as installation in reverse. Keeping a spare seal kit on hand saves you from being without water while you wait for parts.
Inspect the pump head, handle pivot, and above-ground connections at the start of each season. Lubricate any pivot points. Check that the pump is still firmly mounted and that no cracks have developed in the casing seal. If you notice changes in water taste, color, or smell at any point, retest your water before continuing to drink it.