5.Pull starter handle rapidly. Do not allow handle to snap back. Allow it to rewind slowly while keeping a firm hold on the starter handle.

6.Repeat steps 4 and 5 until engine starts.

7.As engine warms up and begins to operate evenly, move choke lever gradually to RUN position. If engine falters, return to choke position, then slowly move to RUN position.

Refer to engine manual for additional engine information.

TO STOP ENGINE

1.Move throttle control to STOP or OFF position.

2.Disconnect spark plug wire and ground to prevent accidentally starting while equipment is unattended.

NOTE: After the first ten hours of operation, recheck the clutch adjustment. Refer to final clutch adjustment in Assembly Instructions.

WARNING: When operating the tiller for the first time, use the depth stake setting that gives 1 inch of tilling depth (second hole from the top). Refer to Figure 12.

SETTING THE DEPTH

Tilling depth is controlled by the depth stake which can be adjusted to five different settings. See Figure

12.Adjust the side shields as shown in Figure 13, as you adjust the depth stake. Be certain spark plug wire is disconnected and grounded against the engine.

1.When using the tiller for the first time, use the second adjustment hole from the top (1" of tilling depth). See Figure 12.

Use This

Position

First Time

Transport

Position

 

 

1"

Hairpin

 

 

 

 

3"

Clevis

 

Clip

 

 

 

 

 

 

Pin

7"

Figure 12

Use This

Side

Hole for

Shields

Lowest (Shallowest)

 

Position

 

Use This Hole for

Highest (Deepest)

Position

Figure 13

2.When breaking up sod and for shallow cultivation, use the setting which gives 1" of tilling depth (second hole from the top). Place the side shields in their lowest position. For further depth, raise the depth stake and side shields and make one or two more passes over the area.

3.When tilling loose soil, depth stake may be raised to its highest position (use bottom adjustment hole) to give the deepest tilling depth. Raise the side shields to their highest position.

4.To transport tiller, lower the depth stake (use top adjustment hole).

To adjust the depth stake, remove the clevis pin and hairpin clip. See Figure 12. Move the depth stake to the desired setting. Secure with the clevis pin and hairpin clip.

To adjust the side shields, remove the wing nuts. See Figure 13. Move the side shield to the desired position. Replace the wing nuts. Tighten securely.

Operating the Tiller

1.Select the depth stake setting.

2.Start engine as instructed in the OPERATION section.

3.Move gear selection handle to one of the forward modes or reverse.

WARNING: Do not move the gear selection handle with the wheels or tines engaged. Make certain the unit is stopped completely before changing the gear selection.

A partial engagement may be necessary when engaging tines. Refer to CONTROLS in section 6.

9

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White 414 manual To Stop Engine, Setting the Depth
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414 specifications

White 414 is a renowned model in the landscape of industrial machinery, particularly known for its innovative features and robust technologies. This machine has made significant strides in enhancing productivity and efficiency in various sectors, including construction, forestry, and agriculture.

One of the main features of White 414 is its powerful engine, which is designed for optimal performance and fuel efficiency. The engine is capable of delivering substantial horsepower, allowing it to handle demanding tasks effortlessly. Alongside this, the engine’s advanced design ensures reduced emissions, aligning with contemporary environmental standards.

The White 414 is also equipped with a state-of-the-art hydraulic system, which plays a crucial role in its operational capabilities. This hydraulic system enhances the machine's responsiveness and allows for smooth operation under varying loads. The agility of the hydraulic system makes it suitable for a wide range of applications, from lifting heavy materials to precision tasks requiring finely tuned control.

Another standout characteristic of the White 414 is its durability and rugged construction. Built with high-quality materials, the machine is designed to withstand the rigors of intensive use in challenging environments. This durability not only extends the lifespan of the equipment but also reduces maintenance costs, making it a smart investment for businesses.

Moreover, the White 414 features an ergonomic design that prioritizes the operator's comfort and safety. The cab is spacious, equipped with advanced control systems, and provides excellent visibility, ensuring that operators can perform their tasks safely and efficiently. Safety features such as rollover protection and advanced braking systems are integrated into the design, promoting a secure working environment.

In addition to these features, the White 414 is compatible with a wide array of attachments and accessories. This versatility allows operators to customize the machine for specific tasks, enhancing its functionality across various industries. Whether it's fitted with a bucket, fork, or grader, the White 414 adapts to the job at hand with ease.

In summary, the White 414 stands out for its powerful performance, advanced hydraulic system, rugged build quality, ergonomic design, and versatility. These characteristics make it a valuable asset for professionals in multiple fields, ensuring they can accomplish their projects efficiently and effectively. As industries continue to evolve, the White 414 remains a trusted choice among operators seeking reliability and performance in their equipment.
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