Dug Well, Cistern, Lake Spring Installation

Operating Instructions and Parts Manual

WLS75, WLS100 WLS150, WLS200

Installation (Continued)

DISCHARGE PIPING

Install a 1-1/2” pipe tee in the pump discharge to allow easy priming. Plug the end of the tee opposite the pump to allow the branch piping to go to the spray nozzles (See Figure 1). Remove the pipe plug to fill the pump with water for priming.

Pipe Plug	To Spray
	Nozzles
1-1/2” Pipe
Tee
	Short
	Section
	of Pipe
Figure 1	Pump
Figure 1

CONNECTION TO WATER SOURCE

The maximum vertical suction lift from pump to the water level is 25 feet.

DRILLED WELL

1.Install a foot valve on the first section of pipe (see Figure 2).

To Pump

Well Seal

Foot Valve

Well

Casing

Figure 2

2.Lower the pipe into the well.

3.Add pipe until the foot valve is 10 feet below the lowest anticipated water level.

Leaking joints or couplings will allow air to leak into the pipe and cause poor pump operation. Make sure to use pipe joint compound or Teflon® tape on all pipe connections.

Locate foot valve no closer than 2 feet

from the bottom of the well so sand or sediment is not drawn into the system.

4.After the proper depth is reached, install a well seal or pitless adapter to support the pipe.

5.Slope the horizontal pipe upward toward the pump to eliminate trapping air.

6.When using a foot valve, a priming tee and plug above the well seal is recommended.

DRIVEN WELL

•Drive the point several feet below the water table.

NOTE: A packer-type foot valve can be installed in the well (See Figure 3). This type of foot valve allows the well pipe to be filled with water when priming and makes the inlet pipe much easier to test for leaks. Follow the manufacturer’s instructions when installing the packer- type foot valve.

As an alternative, an in-line check valve can be used with a driven well (See Figure 4).

To Pump

	Drive Point	Packer Type
	Drive Point	Foot Valve
		Foot Valve

Figure 3

It may be necessary to supply the pump with multiple well points to maintain the high flow capability of this pump. Consult with a plumbing professional for appropriate materials and installation instructions.

Leaking joints or couplings will allow air to leak into the pipe and cause poor pump operation. Make sure to use pipe joint compound or Teflon® tape on all pipe connections.

To Pump

Inline Check Valve

Drive Point

Figure 4

Dug Well, Cistern, Lake

And Spring Installation

•Install a foot valve on the inlet pipe and lower into the water.

Locate foot valve no closer than 2 feet

from the bottom of the water source so sand or sediment is not drawn into the system.

NOTE: When a lake is used for the water supply, make sure the suction pipe is deep enough to be submerged at all times. Slope the pipe upward toward the pump to eliminate trapping air. The pipe must be removed during winter months or protected against freezing.

Protect the pipe from damage by

swimmers and boaters.

Electrical Connections

Connect the pump to a separate electrical circuit with a dedicated circuit breaker. Refer to the electrical specifications in wiring chart for recommended circuit breaker and wire size.

Install and maintain wiring for this

www.waynepumps.com

WLS150, WLS100, WLS200, WLS75 specifications

Wayne WLS75, WLS200, WLS100, and WLS150 are advanced fuel dispensers designed for efficiency and reliability in fuel retail operations. Each model has unique features that cater to various business needs while sharing core technological advancements that enhance performance.

The Wayne WLS75 is a compact dispenser tailored for small to medium-sized fuel stations. It features a sleek design, user-friendly interface, and is equipped with Wayne’s patented control system that provides real-time monitoring of fuel flow and inventory levels. The WLS75 offers flexible payment options, including EMV compatibility, ensuring secure transactions. Its high-performance pump ensures quick refueling, while built-in diagnostics simplify maintenance and reduce downtime.

Moving to the WLS100, this model is designed for high-volume fuel stations. It boasts a larger capacity and increased flow rates, making it suitable for busy environments. The WLS100 incorporates advanced connectivity features, linking to cloud-based management systems for remote monitoring and analytics. This feature empowers operators to optimize fuel pricing strategies and manage inventory more effectively. Additionally, the WLS100 utilizes energy-efficient technology, minimizing operational costs while enhancing performance.

The WLS150 further ramps up the capacity and technology integration. Designed for larger retail spaces, it provides multiple fueling options, including diesel and gasoline. Its user-friendly touchscreen allows for customized branding and advertising directly on the dispenser, enhancing customer engagement. The WLS150 incorporates Wayne’s innovative fuel management software, which tracks sales and identifies trends to inform business decisions.

Lastly, the WLS200 features cutting-edge technology aimed at maximizing operational efficiency. With its robust construction, it is built to endure harsh weather conditions, ensuring reliable performance year-round. The advanced filtration system within the WLS200 minimizes contaminants, preserving fuel quality while extending the lifespan of pumps and fittings. This model also includes multiple fueling hoses, allowing simultaneous dispensing, ultimately reducing wait times for customers.

In conclusion, the Wayne WLS series—WLS75, WLS100, WLS150, and WLS200—represents a commitment to innovation in fuel dispensing technology. Each model is designed to meet the diverse needs of fuel retailers, emphasizing efficiency, reliability, and user-friendliness. With integrated technologies and features that enhance operational management and customer interaction, Wayne continues to drive progress in the fuel retail sector.