STOW PORTO MIXER— INITIAL START-UP (GASOLINE ENGINE)

DO NOT attempt to operate the mixer until the Safety, General Information and Inspection sections of this manual have been read and thoroughly understood.

This section is intended to assist the operator with the initial start-up of the walk-behind trowel. It is extremely important that this section be read carefully before attempting to use the trowel in the field.

Starting the Engine (BRIGGS & STRATTON)

1.Placethechoke lever(Figure21)intheCHOKE (CLOSED) position if starting a cold engine.

Figure 20. Engine Choke Lever (Closed)

2.Place the choke lever (Figure 20) in the RUN (OPEN) position if starting a warm engine engine or if the temperature is warm.

Figure 21. Engine Choke Lever (Open)

3.Placethethrottlelever(Figure22)inthe "TURTLE" (IDLE) position.

4.Grasp the starter grip (Figure 23) and slowly pull it out.The resistance becomes the hardest at a certain position, corre- sponding to the compression point. PULL the starter grip briskly and smoothly for starting.

Figure 23. Starter Grip

7.Iftheenginehasstarted,slowlyreturnthechokelever tothe RUN (OPEN) position if needed (Figure 24 ). If the engine has not started repeat steps 1 through 4.

Figure 24. Engine Choke Lever (Closed)

8.Before the mixer is placed into operation, run the engine for several minutes. Check for fuel leaks, and noises that would associate with a lose V-belt cover or component.

9.To begin mixing, place the throttle lever (Figure 25) in the "RABBIT" (FAST) position

Figure 22. Throttle Lever (Idle Position)

Figure 25. Throttle Lever (Fast Position)

STOW PORTO MIXER — PARTS & OPERATION MANUAL — REV. #0 (08/08/03) — PAGE 23

Page 22 Page 24
Page 23
Image 23
Stow SMC3PB, SMC3PE Stow Porto MIXER- Initial START-UP Gasoline Engine, Starting the Engine Briggs & Stratton
Page 22 Page 24

SMC3PE, SMC3PB specifications

The Stow SMC3PB and SMC3PE are cutting-edge automated storage and retrieval systems designed to optimize warehouse operations and enhance logistic efficiency. Both models belong to Stow's advanced range of modular solutions that cater to the needs of modern storage facilities.

One of the standout features of the Stow SMC3PB and SMC3PE is their impressive load capacity. The SMC3PB model is particularly well-suited for heavy-duty applications, capable of handling loads of up to 1,200 kg, while the SMC3PE excels in medium-duty tasks with a load capacity of 600 kg. This versatility makes them ideal for various industries, including automotive, electronics, and consumer goods.

In terms of technology, both models are equipped with state-of-the-art control systems that ensure seamless operation. Users can monitor and manage the systems through intuitive interfaces, allowing for easy adjustments and real-time tracking of inventory. This level of control enhances overall warehouse management, streamlining workflows and reducing errors.

The design of the Stow SMC3PB and SMC3PE also highlights user safety and accessibility. Equipped with emergency stop buttons and safety sensors, these systems prioritize the well-being of operators while maintaining efficiency. Furthermore, their modular structure allows for easy expansion, meaning businesses can grow alongside their storage needs without the need for extensive renovations.

Another key characteristic is energy efficiency. Both models utilize advanced drive technology that minimizes energy consumption during operation. This not only reduces operational costs but also supports sustainable practices, contributing to a greener future for logistics and warehousing.

The Stow SMC3PB and SMC3PE are also renowned for their reliability. Built with high-quality materials and robust construction, these systems are designed to withstand demanding environments while maintaining peak performance. The durability of these systems ensures long-term investment value for companies looking to enhance their warehousing operations.

In conclusion, the Stow SMC3PB and SMC3PE are exceptional automated storage solutions that combine strength, technology, and efficiency. Their robust features, along with user-friendly controls and energy-efficient designs, make them valuable assets for any modern storage facility seeking to optimize operations and improve inventory management. With these systems, businesses can expect elevated performance and significant returns on investment.
Top Page Image Contents