True or False: Link-driven operators with worm gearbox reduction require less maintenance and re-adjustment than other types.

Link-driven operators with worm gearbox reduction typically require more maintenance and re-adjustment compared to other types of operators. The nature of worm gear systems involves a sliding action between the worm and the gear, which can lead to increased wear over time. This wear necessitates periodic adjustments to maintain proper performance levels.

Additionally, due to the lower efficiency of worm gear systems, there is often more friction generated, leading to heat buildup that can further contribute to wear and tear. Other types of operators, particularly those utilizing more efficient mechanisms such as direct drive systems, may demand less maintenance due to their design, which minimizes friction and wear.

Therefore, asserting that link-driven operators with worm gearbox reduction require less maintenance is misaligned with their operational characteristics. The correct understanding highlights the importance of regular check-ups and adjustments to ensure optimal performance of these systems.