How does a DANA Dana transmission work?
Release date:
2022-12-28 14:10
Source:
Dena funds Transmission The industry has excellent growth prospects, as it offers numerous benefits to businesses during use, making it highly favored by customers. To help everyone become more familiar with it, understand its day-to-day applications, and maximize its advantages for enterprises, we will now proceed to discuss… Dena funds Transmission These relevant little tips may help more people and maximize the benefits they bring.
Dena funds Transmission The basic structure Is Input shaft clutch, input shaft, input shaft of the Driving gear, front section of the output shaft, input shaft for reverse gear, sleeve for the transmission lock‑up clutch, intermediate shaft, sleeve for the lock‑up clutch, splines on the front section of the output shaft, splines on the rear section of the output shaft, output shaft clutch, rear section of the output shaft, return spring for the lock‑up clutch sleeve, knuckle shaft of the lock‑up clutch sleeve, reverse‑gear shift shaft, sliding gear for reverse, and sliding gear for the output shaft. We have consistently maintained high‑quality service, adding a touch of success to tens of thousands of consumer and industrial products, earning widespread recognition within the industry and realizing our vision of win‑win collaboration with our partners. If consumers want to buy this type of product, remember to compare prices and options from multiple sellers. In this digital age, there’s no need to exhaust yourself by wandering from store to store—simply search online for the relevant manufacturers.
Dena funds Transmission The operating principle during the vehicle’s gear-shifting phase Mainly When the vehicle is in gear, the driver disengages the input‑shaft clutch, causing the transmission’s input shaft to lose power; the wheels become the driven components, and torque is transmitted back into the transmission. At this point, due to the one‑way transmission characteristic of the output‑shaft clutch, the reverse‑gear output‑shaft clutch remains disengaged. Dena funds Transmission of the Reverse‑gear phase: When the vehicle needs to reverse, the input‑shaft clutch disengages. The reverse‑gear sliding gear engages with the reverse‑gear intermediate gear via a shift fork, and the reverse‑gear intermediate gear meshes with the input‑shaft reverse‑drive gear. Simultaneously, the reverse‑gear drive shaft is interlocked with the locking‑clutch sleeve’s knuckle shaft, causing the locking‑clutch sleeve to lock the front and rear sections of the output shaft together through internal splines.
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Dana Dana transmission
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