Power Mover

ASSEMBLY INSTRUCTIONS

1.All assembly is done with the auger fully lowered.

2.Remove the standard wheel brackets from the front of the hopper and replace with hydraulic wheel brackets (#1 & #2). These brackets are left and right. One side of the wheel bracket is ¼” wider than the other edge. The wide edge on both brackets must be turned to the outside of the hopper. Use the same hardware from the standard brackets to mount the hydraulic brackets.

3.Connect the inside ports on the two hydraulic motors using the 54” (10”) or 60” (13”) hydraulic hose (#26).

4.Attach the 84” hydraulic hoses to the outside ports on the two hydraulic motors. The other end of these hoses connects to the two top ports on the valve assembly. Bolt on the clamp for the valve assembly after assembling hoses.

5.Fit one hose clamp between the hydraulic motors and the valve assembly. A second hose clamp bolts between the safety decals on the upper part of the tube. The decals should still be readable with the clamp in place.

6.The long hoses connect the valve to the tractor.

7.The mover is activated by moving the lever on the valve assembly in either direction (left or right).

ALERT: The hopper may move quite quickly with some tractors. Be sure everyone is clear of the area when using the mover.

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Buhler FK368 manual Assembly Instructions
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FK368 specifications

The Buhler FK368 is a state-of-the-art machine designed for various applications in the food and grain processing industries. Its robust design and advanced features enable it to deliver efficient performance while ensuring high-quality results. Among its main characteristics, the FK368 is known for its exceptional throughput, precision, and adaptability to different processing needs.

One of the standout features of the FK368 is its powerful motor, which provides impressive torque and speed. This allows the machine to handle a wide range of materials, from soft grains to harder pulses, with ease. The precision-engineered components minimize wear and tear, ensuring longevity and consistent performance throughout its operational life.

The FK368 employs Buhler's innovative grinding technology, which utilizes advanced grinding elements for enhanced efficiency. This technology ensures uniform particle size distribution, a crucial factor in achieving the desired end product quality. The machine also incorporates a unique airflow design that optimizes the cooling process during operation, reducing the risk of heat-related damage to both the product and the machine itself.

Another critical technology feature of the FK368 is its digital control system. This user-friendly interface allows operators to monitor and adjust various parameters with precision, ensuring optimal performance in real-time. The flexibility of the control system allows for easy customization of settings based on specific processing requirements, making the FK368 an ideal choice for diverse applications.

Moreover, the FK368 emphasizes maintenance efficiency. It is designed with easy access points, enabling quick inspection and cleaning. This design consideration not only saves time but also enhances hygiene practices in line with global food safety standards.

In terms of energy consumption, the FK368 is engineered for efficiency. Its energy-saving technologies help reduce operational costs while delivering high performance, making it an environmentally friendly option for manufacturers seeking to optimize their operations.

Overall, the Buhler FK368 exemplifies cutting-edge technology in the grain processing industry. Its combination of powerful performance, advanced grinding technology, user-friendly controls, and efficient maintenance make it a standout choice for businesses looking to enhance their processing capabilities and achieve superior product quality. Whether for small-scale operations or large industrial facilities, the FK368's versatility and reliability are unmatched, ensuring that it remains a cornerstone machine in modern food processing applications.
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