Maintenance, Piping | Wayne GPS400, 320604-001 specification

Operating Instructions and Replacement Parts List

Installation (continued)

2.Suction hose and fitting must be airtight.

An air leak in the suction line may prevent priming of the pump. Use of

thread sealant is recommended.

Suction lines must be reinforced hose or rigid pipe. Non-reinforced hose will collapse due to the suction created by the pump and prevent pump from operating.

3.A check valve must be used in the suction line to maintain the self- priming capability. If no check valve is used the pump will need to be primed at the start of each operation. For best operation, the check valve should be installed at the intake of the suction line.(Figure 2).

Check valve

Figure 2

4.A suction strainer is required to filter abrasive material. Abrasive material, such as gravel, will destroy the pump and void the warranty. This pump

is not designed to handle abrasive materials.

5.The discharge hose and fitting should be leak-tight. A leak in the discharge hose will allow water to spray around the work site, making the site hazardous.

6.Keep all pipes and hose lines as short and straight as possible. Long lengths and curves in the pipes and hose lines will reduce the pressure the pump develops.

7.Fill the engine crankcase with oil. Refer to the engine operating manual for the specific grade of oil and amount required.

8.Fill the engine fuel tank with gasoline. Refer to the engine operating manual for specific gasoline type that is most efficient for this engine.

9.Add water to the priming port on the pump (See Figure 3). Continue adding water until the water level is approximately 3 inches from the top. Install the priming plug. The water in the pump will create the suction that primes the pump.

Priming port

Discharge

Suction

Figure 3

Drain port

10.Turn fuel valve to ‘ON’ position

11.Move choke level to ‘CHOKE’ position.

12.Move the engine switch to ‘ON’ position.

13.Pull engine crank until engine starts. Once engine starts, move choke lever to ‘RUN’ position.

14.The pump will take several minutes to prime.

PIPING

Always place the pump as close as possible to the water being pumped. Keep all pipe and hose lines as short and straight as possible.

Support pump and piping when

assembling and after installation. Failure to do so may cause piping to break, pump to fail, etc; all of which can result in property damage and/or personal injury.

All suction connections must be airtight. If the pump won’t prime, check for leaks in the suction piping or fittings. If flexible suction hose is used instead of pipe, use reinforced hose with a two inch inner diameter. Non-reinforced flexible hose may collapse from the vacuum created as the pump primes.

Always use a strainer at the end of the suction pipe or hose. Position strainer so it doesn’t become clogged with stones or debris. A suction line check valve is recommended.

Do not use this pump for suction lifts over twenty-five feet.

Maintenance

Always shut off the engine, allow the engine to cool, and remove the spark plug before performing any maintenance.

During freezing weather, open the drain port and allow all the water in the pump to drain. This will prevent damage to the pump when the water freezes. If the pump will be stored for a month or more, drain the water from the pump and follow the engine manufacturer’s recommendations for long-term storage.

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320604-001, GPS400 specifications

The Wayne GPS400, model number 320604-001, stands as a prominent figure in the realm of gas station equipment, seamlessly blending advanced technologies with user-centric design. This state-of-the-art device is engineered specfically for the fuel dispensing industry, providing a myriad of features that enhance operational efficiency and customer experience.

One of the core characteristics of the GPS400 is its robust and reliable performance in various environmental conditions. The unit is designed to withstand the rigors of outdoor operation, ensuring that it functions effectively regardless of weather variability. This durability is complemented by its high-resolution display, which offers clear visibility even in bright sunlight, allowing users to easily navigate its features.

The GPS400 incorporates advanced fuel management software, enabling operators to monitor real-time fuel inventory and sales data. This feature not only optimizes fuel distribution but also enhances inventory accuracy, reducing the risk of running out of fuel during peak hours. Furthermore, the device supports various payment options, including credit cards, mobile payments, and loyalty programs, catering to a diverse customer base.

In terms of connectivity, the GPS400 is equipped with both wired and wireless communication capabilities. This facilitates seamless integration with existing station management systems, enabling quick data transfer and reporting. This connectivity also supports remote monitoring, allowing operators to diagnose issues and perform maintenance without being physically present at the site, thereby reducing downtime.

The security features of the Wayne GPS400 are particularly noteworthy. It includes advanced encryption protocols to safeguard transactions and sensitive data, ensuring customer trust and compliance with industry regulations. Additionally, the unit is designed with tamper-resistant components, deterring unauthorized access and enhancing overall security.

In conclusion, the Wayne GPS400, 320604-001, represents an innovative solution in the gas station industry. With its combination of reliability, advanced technology, user-friendly interface, and essential security features, it significantly improves the fuel dispensing experience for both operators and customers. Whether for a small independently owned station or a large network of fueling sites, this unit is engineered to meet the demands of modern fuel retailing, ensuring optimal performance and customer satisfaction.