EarthQuake W1200 dimensions Assembly

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Operator's Manual

5-Ton Electric Log Splitter W1200

ASSEMBLY

1.Attach the control lever assembly by screwing the knob to the end of the lever. (SEE FIGURE 3)

2.Bolt the rolling wheel bracket to the log splitter beam and log cradles using the four M6-1 x 12 bolts and corresponding lock and flat washers provided. (SEE FIGURE 3)

3.Attach safety guard lever to the top of the rolling wheel bracket with M6-1 x 12 bolts provided. (SEE FIGURE 3)

log cradle

log splitter beam

control lever assembly

rolling wheel bracket

safety guard lever

log cradle

M6 x 1.5 washer

M6 bolts

M6 x 13 washer

rolling wheel bracket

Figure 3

4.Assemble the handle bars by attaching the completed handle bar assembly to the log splitter beam using the M6 x 12 bolts, the M6 x 1.5 washer, and the M6 x 13 x 1.75 washers provided. (SEE FIGURE 4)

completed

handle bar

assembly

Figure 4

M6 x 1.5

5

washer

M64 bolts

M6 x 13 washer

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

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Contents Ton Electric Log Splitter W1200 Registration ContentsSpecial Messages Safety and Safety RulesImportant Safety Precautions Owner’s ResponsibilitySteps for Working on Electric Log Splitter Safety DecalApplication Conditions Specifications and Electrical RequirementsSee Figure SET-UP and PRE-OPERATIONAssembly Freeing a Jammed LOG LOG Splitter OperationReplacing hydraulic oil MaintenanceSharpening wedge Problem Possible cause Remedy/Action SERVICE, Troubleshooting and RepairService Information Ordering Repair PartsW1200 Mini Electric LOG Splitter Breakdown KEY Description QTY W1200 5-TON Electric LOG Splitter Parts ListW1200 5-Ton Log Splitter Ton Electric Log Splitter W1200 Ton Electric Log Splitter W1200 Fax 715-822-2223 Email info@ardisam.com

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.