Operator's Manual

5-Ton Electric Log Splitter W1200

LOG SPLITTER OPERATION

The Earthquake 5-Ton Electric Log Splitter requires the use of both hands to operate. The user’s left hand controls the hy- draulic control lever, while the right hand controls the push button switch. The log splitter will freeze upon absence of either hand. The log pusher will return back to the starting position only after both hands release the controls.

(SEE FIGURE 5)

Split the log in the direction of its grain. Placing logs across the log splitter for splitting is dangerous and may seriously damage the machine. Do not attempt to split two logs at the same time.

FREEING A JAMMED LOG

1.Release both controls.

2.Once the log pusher completely stops at its starting position, insert a wood wedge under the jammed log.

(SEE FIGURE 7)

3.Start the log splitter to push the wood wedge under the jammed log.

4.Repeat above procedure with sharper sloped wood wedges until the log is completely freed.

Caution

Never force pressure on the log splitter for more than 5 seconds in order to split excessively hard wood.

Caution

Always set logs firmly on the log cradle and work table. Make sure logs will not twist, rock or slip while being split. DO NOT force the blade by splitting the upper part of the log. This will break the blade or damage the machine. (SEE FIGURE 6)

Caution

DO NOT try to knock the jammed log off the wedge using a hammer or other device. (SEE FIGURE 8)

 

push button

hydraulic

switch

contol lever

Figure 7

 

Figure 5

Figure 6

Figure 8

8

Check for parts online at www.getearthquake.com or call 800-345-6007 M-F 8-5

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Image 8
EarthQuake W1200 dimensions LOG Splitter Operation, Freeing a Jammed LOG

W1200 specifications

EarthQuake W1200 is a cutting-edge seismic measurement and analysis system designed to enhance our understanding and response to seismic activities. This state-of-the-art technology is engineered to monitor and provide data on earthquakes with unprecedented accuracy, promising significant improvements in both research and real-time emergency response.

One of the main features of the EarthQuake W1200 is its advanced sensor array. The system utilizes a combination of accelerometers, geophones, and broadband seismometers to capture a wide range of seismic data. This multi-sensor approach allows for the detection of even minor tremors, enabling researchers to analyze smaller seismic events that could precede larger earthquakes. The high sensitivity of the sensors also ensures that data is recorded with a high degree of precision, which is critical for understanding the underlying geological processes.

Another notable characteristic of the EarthQuake W1200 is its robust data processing capabilities. Equipped with a high-performance computational engine, the system can analyze massive datasets in real time. The built-in algorithms facilitate rapid interpretation of seismic waves, helping researchers differentiate between various types of seismic events. This functionality is particularly valuable during seismic emergencies, as it enables quicker and more informed decision-making regarding public safety measures and emergency response.

In addition to its hardware capabilities, the EarthQuake W1200 features advanced communication technologies that allow for seamless data transmission. The system supports both wired and wireless connectivity, ensuring that data can be shared instantly with research institutions, government agencies, and emergency management teams. This interconnectedness promotes collaboration among seismologists and enhances the overall effectiveness of disaster preparedness and response strategies.

Furthermore, EarthQuake W1200 is designed with user-friendly software that provides intuitive interfaces for both data visualization and analysis. Users can easily access real-time data, historical seismic records, and predictive models, making it a valuable tool for educational purposes and public awareness campaigns.

In conclusion, EarthQuake W1200 stands out as a transformative technology in the field of seismology. With its advanced sensors, real-time processing capabilities, robust communication features, and user-friendly software, it enables researchers and decision-makers to better understand seismic events and enhance disaster preparedness. As we continue to confront the challenges posed by earthquakes, innovations like the EarthQuake W1200 will play a crucial role in safeguarding communities and saving lives.