MAINTENANCE

Install the bushing (3) in the flange yoke (2). Assemble the other parts of the clutch as shown in the previous diagram. Avoid contamination of the surfaces with any oil or grease.

Fully loosen the four socket head screws.

Install the eight bolts. Tighten the bolts progressively, and in an alternating pattern in order to compress the spring uniformly.

Tighten the bolts to 27 Nm (20 ft.lbs).

Back each nut off by 1/4 turn. The spacer ring (8) should rotate freely.

If spacer ring does not rotate freely, back each nut off an additional 1/8 turn. Continue backing each nut off 1/8 turn until spacer ring rotates

freely.

Re-insert the taper pin into the hub.

After new linings are installed, the torque setting will be low until the linings “seat” against the metal plates. After the first few slips, the torque should rise to the nominal setting.

At the end of the season or before any long period of non-use, fully tighten the socket head screws to relieve the pressure on the linings. For best performance, store the clutch in a dry place to prevent sticking.

The FT clutch utilizes a Belleville spring to provide a consistent torque setting during the life of the friction lining. The spacer ring ensures the accuracy of the spring tension setting.

The clutch torque setting is stamped on the face of the flange yoke between the bolts.

TWR-180/TWR-120 12/04

Maintenance Section 5-3

 

 

© 2004 Alamo Group Inc.

 

MAINTENANCE

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Tiger Products Co., Ltd TWR-120, TWR-180 manual Maintenance
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TWR-120, TWR-180 specifications

Tiger Products Co., Ltd has established itself as a leader in the manufacturing of advanced welding and cutting equipment. Among its innovative offerings are the TWR-180 and TWR-120 models, which have quickly gained attention for their superior technology, robust features, and reliable performance.

The TWR-180 is designed for high-capacity operations, featuring an impressive welding output that makes it suitable for a variety of applications in industries such as automotive, construction, and heavy machinery. One of the standout features of the TWR-180 is its dual pulse technology, which allows for precise control over welding depth and heat input. This technology not only enhances the quality of welds but also minimizes material distortion, making it ideal for intricate designs and complex assemblies.

In addition to its advanced welding capabilities, the TWR-180 includes digital control systems that provide operators with real-time feedback on welding parameters. This user-friendly interface is complemented by programmable memory settings that allow users to save specific welding configurations, thereby enhancing productivity. The TWR-180 is also equipped with a high-efficiency cooling system that prevents overheating during extended use, ensuring that the equipment remains operational without interruptions.

On the other hand, the TWR-120 is specifically tailored for smaller-scale projects while maintaining professional-grade performance. The compact design of the TWR-120 makes it easy to transport and set up, which is vital for on-site applications. It features a simplified control panel that allows for quick adjustments, making it accessible for operators with varying levels of expertise.

Despite its smaller size, the TWR-120 does not compromise on power; it is equipped with innovative inverter technology that maximizes energy efficiency while providing stable output across various welding tasks. This model is particularly appealing to small businesses and workshops looking for a reliable yet versatile welding solution.

Both the TWR-180 and TWR-120 utilize advanced arc stabilization technologies that enhance the quality of the weld, reduce spatter, and improve overall efficiency. These characteristics, combined with exceptional durability and low maintenance requirements, highlight Tiger Products Co., Ltd's commitment to delivering top-tier equipment that meets the needs of diverse industries.

In summary, the TWR-180 and TWR-120 reflect Tiger Products Co., Ltd’s dedication to innovation, quality, and user-centric design. Whether for high-capacity operations or smaller-scale tasks, these models provide exceptional performance and reliability that set them apart in the competitive welding equipment market.
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