Start-up

This section is intended to assist the operator with the initial start-up of the unit. It is extremely important that

this section be read carefully before attempting to use the mixer in the field. DO NOT use your mixer until this section is thoroughly understood.

WARNING

Failure to understand the operation of the mixer could result in severe damage to the mixer or personal injury. See Figure 4 for the location of any control referenced in this manual.

CAUTION

NEVER operate the mixer in a confined area or enclosed area structure that does not provide ample free flow of air.

The following steps outline the procedure for starting the engine.

1.Move the fuel shut-off lever (Figure 9) to the ON position.

3.Move the throttle lever (Figure 11) away from the slow position, about 1/3 of the way toward the fast position.

Figure 11. Throttle Lever

4. Turn the engine switch (Figure 12) to the ON position.

Figure 12. Engine On/Off Switch

5. The main start/stop switch located on the engine cover (Figure 13) is used to start and stop the engine. Pull this switch outward to start the engine.

Figure 9. Fuel Shut-Off Lever

2.To start a cold engine, move the choke lever (Figure 10) to the CLOSED position.

Figure 13. Start/Stop Switch

Figure 10. Choke Lever

page 20 — WM70SH5C/wm70sh8c Mixer • operation and parts manual — rev. #0 (06/07/11)

WM70SH8C, WM70SH5C specifications

The Multiquip WM70SH5C and WM70SH8C are cutting-edge water pump models designed for construction and industrial applications. These robust machines are specifically engineered to handle a variety of heavy-duty pumping tasks, making them an essential asset for contractors and industrial operators alike.

The WM70SH5C model is powered by a reliable 5.5 HP Honda engine, while the WM70SH8C variant features an 8 HP Honda engine, providing additional power for demanding applications. Both models are equipped with a high-performance centrifugal pump, ensuring efficient water transfer and quick operation. They are capable of moving large volumes of water, making them suitable for dewatering, irrigation, and other water management tasks.

One of the standout features of the WM70SH series is their impressive maximum flow rate. The pumps can deliver up to 2,000 gallons per minute, significantly reducing the time required for water removal in flooded areas or construction sites. This efficiency is crucial in maintaining project timelines and ensuring safety in work environments.

Durability is another key characteristic of these models. The WM70SH5C and WM70SH8C are built with heavy-duty materials, including a cast iron pump housing and aluminum alloy components, which resist corrosion and ensure a long operational lifespan. Additionally, their rugged construction allows them to withstand harsh working conditions, making them reliable even in the toughest environments.

Ease of use and maintenance is also a priority in the design of these pumps. The WM70SH series features an easy-access maintenance panel that simplifies routine checks and service procedures. The equipped oil alert system helps prevent engine damage by shutting down the engine if the oil level is too low, providing peace of mind for operators.

Both models are designed for portability, with integrated handles and a lightweight frame that facilitate easy transportation. This mobility makes the WM70SH series ideal for contractors who need to move equipment frequently from one job site to another.

In summary, the Multiquip WM70SH5C and WM70SH8C water pumps stand out in the market for their powerful performance, robust construction, and ease of use. They are designed to deliver efficiency, reliability, and durability, making them an excellent choice for any water pumping requirements in construction and industrial applications. With features catering to the demands of heavy-duty tasks, these pumps enhance productivity while ensuring operational safety.

Multiquip WM70SH5C, WM70SH8C manual Start-up, Turn the engine switch to the on position

Models: WM70SH8C WM70SH5C