Software for the yard running wellpoint dewatering systems.

A wellpoint dewatering system is what a rental yard sends when a crew has to dig below the water table and keep the ground dry and stable for weeks, not hours. It is not one pump — it is a row of small wellpoints jetted into the soil on close spacing, joined by riser pipes and swing connections to a header that runs back to a single vacuum-assisted dewatering pump. Together they pull the water table down around an excavation before the dig even starts. That system nature is exactly what makes wellpoints hard to run as rental stock: the value is spread across dozens of small loose parts, the pump leans on vacuum rather than raw flow, and a job runs unattended around the clock until the work is done. EquipFlow handles wellpoint systems the way the yard that built it does — dispatch, billing, maintenance, and return inspection on one record per system.

Built inside Rental King, right now.

Rental King is a heavy-equipment rental yard in Odessa and Midland, TX. They run wellpoint dewatering systems, manlifts, forklifts, light towers, generators, compressors, and water trucks on MSA contracts through the Permian Basin — 24/7, oilfield pace. EquipFlow was designed and first deployed inside that yard. Every feature was tested against their live operation before it shipped. The product runs there today.

Wellpoint systems are long-duration, many-part rentals, and that combination is where a yard quietly loses money. A system holding a trench dry for weeks earns nothing extra if the standby days and the spare-pump-on-site time never reach the invoice, and it loses real value when a box of swing connectors and a dozen wellpoint tips come back short with nobody counting. The run-hour meter ties maintenance to billing, and the part count ties the kit to the loss, so both have to be captured the same way every return — log the hours, count the parts, read the seal, tie it to the rental record. When dispatch, billing, maintenance, and inspection all read from one record, the dispatcher sends a complete system, the bookkeeper bills every standby day, and the mechanic services the vacuum side on real run time. That discipline is what keeps a high-value, many-piece system from leaving its margin in a backfilled trench.

Wellpoint Dewatering System specs the rental record tracks.

Every number below is a sourced specification range. The render layer is the only path these values reach the page — they live on the unit record, not in a dispatcher's head.

Maximum suction lift

25-32ft

Pump flow rate

250-3500gpm

Maximum total head

66-150ft

Air-handling capacity

50-200cfm

Pump/discharge size

4-10in

Wellpoint spacing on center

3-10ft

Wellpoint setting depth

15-25ft

How EquipFlow handles wellpoint dewatering systems on the dispatch board.

A wellpoint dewatering system is the hardest dispatch in the pump yard because it does not go out as a unit — it goes out as a count. The pump is one line; the rest is the header pipe, the row of wellpoint tips, the riser pipes, the swing connections, the valves, the jetting pump and supply hose, and the discharge run, all of which have to arrive together or the crew cannot install a thing. The board treats the system as one assignment with its kit, and the dispatcher confirms the length of header, the number of wellpoints and swings, the jetting gear, and enough discharge hose to reach a legal outfall on the rental record before the truck leaves. A system dropped short a single box of swing connectors is a stalled crew and a return trip. Because a real job often runs a spare pump on site so dewatering never stops, the board shows which systems are placed, which are staged, and which are back and clean, on the same responsive screen at any hour.

Billing wellpoint dewatering systems — MSA, standby, and site-level tax.

Wellpoint demand splits between long predrainage sits and the occasional emergency drawdown, and the billing model carries both off one record. MSA-contracted accounts hold their negotiated rate as an override on the customer record per equipment class, so a system created for that account prices itself without the dispatcher keeping a rate sheet in their head. Standby is the rule rather than the exception here: a wellpoint system runs unattended around the clock for weeks, idling between the heavy initial drawdown and steady-state, and a spare pump often sits primed on the job earning its keep without turning a meter. The dispatcher marks standby and the invoice carries active and standby lines without a month-end rebuild. The header, wellpoints, swings, jetting gear, fuel, delivery, and pickup ride the same invoice. Tax jurisdiction is set on the delivery-site record, so a system that worked across more than one county bills the right rate per site. Invoices post to QuickBooks Online on close.

Maintenance on wellpoint dewatering systems.

Wellpoint-pump PM runs off the run-hour meter, not the calendar, because the pump that holds a trench dry for weeks logs hours continuously while a yard spare sits dry for a season. The run-hour reading posts when the return inspection records it, and the maintenance module advances the PM clock from that figure so the next service lands on real run time. The wear story on a wellpoint pump is its own: the vacuum side is what separates it from a trash pump, so the priming pump, the float chamber, and the air-water separator need attention or the system loses the lift that keeps the wellpoints pulling, and the mechanical seal fails if the unit ever runs without water. The header, swings, and wellpoint screens are consumable inventory that silt up and wear, tracked as parts on the kit rather than the pump. Work orders, parts, seal and priming-pump history, and meter readings live on the unit record, where a damage charge off a return inspection becomes a repair ticket.

Wellpoint Dewatering System return inspections.

Two inspection rhythms apply. While the system is on the job the renter is responsible for the daily check — that vacuum is holding, the pump has oil and fuel, and no swing connection is sucking air — and that check stays with the customer for the life of the rental. The yard's own control is the return inspection: before a wellpoint system comes off rent, the driver runs a mobile-web checklist on a phone with no app install, records the run-hour reading, counts the kit back in, and attaches required photos that cannot be skipped. The checks that matter here are real and physical. Count the wellpoint tips and the swing connections against what went out, because the small loose parts are where a system bleeds. Pull and read the pump for a milky oil chamber that signals a dry-run seal failure, look at the priming pump and the air-water separator, and check the header sections and risers for crush damage and silted screens. The inspection ties to the rental record before the truck leaves, so a dispute over missing parts or a cooked seal has a count, a timestamp, and photos behind it.

Common wellpoint dewatering system classes in the field.

The product, the same way it runs for wellpoint dewatering systems.

The sections below are the EquipFlow modules that matter most when running wellpoint dewatering systems — each links to the full feature detail.

Operator guides for running wellpoint dewatering systems.

Field-tested playbooks that go deeper on pricing, dispatch, billing, and maintenance for fleets like this.

• Dewatering Pump Rental Guide →
• Equipment Rental for Oilfield Operations →
• How to Bill for Equipment on Standby →
• Managing Recurring Rental Customers →

What you give up running wellpoint dewatering systems in EquipFlow.

EquipFlow is a web app, so the return inspection needs a signal to load. On a remote pad or a deep cut with no coverage, the driver cannot finish the mobile inspection and the part count on site; most yards run it at the yard on return, which means the photos, the count, and the run-hours land later than ideal. There is no built-in pump telematics or remote vacuum monitoring today, so a system's actual run time on an unattended job is captured at return rather than streamed live. The kit is tracked as parts against the rental, but the count still depends on the return inspection to confirm what came back. And the rate logic is built around the MSA-and-standby model the oilfield runs on, so an unusual billing structure should come to the demo to be scoped honestly.