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Knowing water is available but inaccessible is frustrating. During a power outage, this is a situation many homesteaders and off-grid households may face.
The source described installation alongside an electric pump. This is not work performed or tested by PrépaCivile. Manual pumping may offer backup if the well, available space, water level and quality allow it. It does not guarantee access through every outage, drought or contamination event; stored water and another supply may remain necessary.
Difficulty depends on the system and sanitary, mechanical and electrical conditions. A pitcher pump is not always easy to install, and a deep system may require lifting equipment and professionals. This page retains the source steps as points to check, not a universal procedure or replacement for the original model- and generation-specific manual.
A pump may be indoors or outdoors according to installation constraints; it is not established that most shallow pumps are indoors. Examine total suction lift, frost protection, sanitary sealing and permissions before selecting a mounting location.
Distinguish borehole bottom, static water level and level while pumping. Height between water and pump, together with losses, affects suction; twenty feet is not a universal limit. Have the configuration and available water confirmed rather than ordering from one advertised depth.
Water level is not total well depth
- The source suggested a weighted rope. Do not introduce arbitrary objects into a drinking-water well: cleanliness, loss risks and sanitary protection must be controlled. Obtain existing records or arrange an appropriate measurement.
- Touching the surface indicates water level relative to a reference point, not the borehole bottom. Sound alone is insufficient for choosing every component.
- Record the reference point, resting condition and date to interpret a measurement. Consider seasonal changes and drawdown during pumping.
- Length to water therefore does not establish total depth. Design may need other data, appropriate measurements and equipment used by a competent person.
Deep-well hand-pump installations also need these measurements:
- Well-casing height
- Well-casing inside and outside diameters
Shallow systems: seven source steps to check against the manual
1. Check supports and intended drilling for the exact model. Hole count and countertop mounting are not universal. The support must withstand operating forces and preserve sanitary protection; do not modify a wellhead or structure before validation.
2. Identify the head, cylinder and rod positions described in the exact manual. Bison versions differ; do not pull a component to its limit or load it by copying another generation. Keep hands away from pinch points.
3. Check prescribed couplings and tightening with appropriate parts. An intuitively tightened nut may prevent operation or release a part. Do not substitute a fitting without compatibility and assembly instructions.
4. Use sealing products and methods authorized for drinking water and the thread. Screw direction or using both hands does not prove correct tightening. Keep components clean rather than improvising with arbitrary tape.
5. Pipe, valve and length must match the system and actual levels, including losses and variation. Reaching the surface guarantees neither flow nor correct submergence. Check materials and sanitary requirements too.
6. Any inlet strainer must be specified for the manufacturer and use. Added nylon fabric may change flow or retain contaminants; do not wrap a valve in improvised material to block all sediment. Particle protection is not disinfection.
7. Position above the bottom and below water must be determined for the model and well. Four feet is not universal spacing. Preserve operation through changing levels without placing equipment in deposits or obstructing an existing system.
After assembly, follow appropriate checks, any disinfection and water testing before drinking. A few handle strokes and fresh-looking water establish neither sanitary sealing nor potability. Direct output may bypass normal household treatment.
Identify the original video’s model and generation; it is not approved for every well. Check written instructions and local conditions before copying actions.
Deep systems: twenty-two source checks, not universal assembly instructions
Head height affects ergonomics and access, but height alone does not explain every pressure loss. Consider lift, cylinder, pipe and effort together. Space for a bucket is only one need; check accessibility for the person pumping.
Design support according to the system, soil, loads, casing and sanitary requirements. Concrete is not always best and should not automatically be added around a well. Confirm design before excavation or changing the seal.
1. Identify model-specific pipes, rods and couplings. PVC grade, wall thickness, diameters and lengths form part of the design; parts fitting together is not sufficient selection.
2. Plan prescribed tools and load restraint. Locking pliers are neither universal lifting equipment nor sufficient for holding a long column. Mechanical-assistance thresholds vary by version and need the current manual.
3. Follow cylinder assembly and tightening instructions. A general two-handed technique validates neither every part nor protection against damaged threads. Keep equipment clean and properly restrained.
4. Have electrical energy secured under applicable rules by competent people before work. Operating a switch without checking other hazards does not authorize work near conductors.
5. Control the casing opening against dropped objects and contamination. Do not leave a well open unattended. The operation involves no entry into the well.
6. Use prescribed restraint and suitable attachment points. Ordinary rope and an improvised knot do not guarantee retention. Plan weight and recovery without anyone beneath a load.
7. Some systems use a specific pipe-holding tool during assembly. Use the intended tool, procedure and capacity rather than a substitute. An accessory in an old kit is not proof of current-model suitability.
8. Follow rod-holding instructions; a vice or clamp must not damage parts or be treated as certified lifting equipment. Maintain a safe grip and working position.
9. Add sections in prescribed order with correct couplings and restraint. Do not drop parts or rely only on a partner’s hands to control weight.
10. The source confused a 1/8-inch hole with its position near an end. In some Bison manuals, this is drain-hole diameter, positioned according to frost depth—not 1/8 inch from the end. Do not drill from this summary: location and need depend on the exact system and conditions, confirmed with the manufacturer.
11. Prepare head assembly using the model’s parts and sequence after checking sections and restraints. Do not remove support before the load is transferred as prescribed.
12. Bolt removal and helper requirements depend on installation. Two people may be insufficient for a heavy system; arrange skills and lifting equipment beforehand.
13. Check head-to-rod coupling, threads and locknuts using manual torques or methods. Apparent compatibility does not guarantee correct travel.
14. Keep the pipe restrained appropriately during placement. Another person holding it is not automatically sufficient to prevent dropping.
15. Orientation and threading must preserve seals and connections. Do not force a misaligned head or copy a tightening direction without identifying the part.
16. Attach safety equipment to manufacturer-intended points; arbitrary bolts or drilling may compromise the head and sanitary seal.
17. Manage surplus restraint and component passage according to instructions without pushing rope near equipment it could obstruct. The intended system, not a helper’s posture, must carry the load.
18. Mounting on the casing must preserve sealing, access and existing-component compatibility. Check local constraints and attachment; visual tightening is not a complete sanitary inspection.
19. Adjust the handle according to its reference without excessive tightening or unintended play. Stiffness may indicate another problem; do not force it to finish testing.
20. Base fastenings contribute to assembly but alone guarantee no sanitary seal. Check parts and sealing conditions against instructions and requirements.
21. Spout caps may have particular winter drainage instructions. Read the exact version before removal or replacement without blocking drainage or admitting contaminants.
22. Test operation as instructed, then verify water quality before drinking. Directly pumped water may be untreated even when the household outlet is normally filtered. Testing and appropriate measures remain necessary after intervention according to circumstances.
The linked video must match model and generation. The source’s old Bison PDF URL was unavailable; the manufacturer provides system-specific manuals. An original copy distributed by a retailer can be consulted as a dated document without presuming identity with the missing version or suitability for every installation. No manual is recreated.
Related reading
Related articles provide further context:
- Types of well pumps
- Solar well pumps
- Hand pumps for wells: shallow- and deep-well options
- Installing a shallow-well jet pump: a powered system
- Getting well water without electricity
Conclusion
Each system has its own components and instructions. Read the original manual, check its version and request missing parts from the manufacturer before work. A useful video establishes neither local compliance nor competence. These steps are source-review checks, not a substitute for product documentation.
A deep system may require more than two people. Weight, length, access, energy and sanitary risks determine organization. Arrange qualified people and mechanical resources; do not begin relying only on an available pair of hands.
Have all required materials and tools before installing to reduce avoidable difficulties. Allow adequate time: rushing may create later maintenance problems rather than simplifying the process.
Consult competent well and installation professionals, particularly with electric pumps, long sections or building connections. An experienced friend does not replace a required qualification. Check responsibilities, testing and follow-up before treating installation as ready.
A correctly selected manual pump may provide backup with effort, frost and supply limitations. It alone guarantees neither safe water nor independence in every disaster. Retain water and assistance plans if the pump or well becomes unavailable.