jimg
Veteran Member
- Joined
- Jun 5, 2003
- Messages
- 2,039
There is a fair amt of feature/spec overlap between the high end TN series and low end TL series. In most features/specs the TL80 looks like a TN85 and the TL90 looks like a TN95. The only significant diffs I could find were weight, 3pt lift capacityand transmission choices but everything else was identical or pretty close. I've no idea what prices are for the the TL models but I'd guess theyre going to be some %age more than TN models. Is that %age worth so little difference? I must be missing something and would appreciate your input on why you'd pick a TL80 over a TN85 or TL90 over a TN95.
In the attachments forum theres a thread which started out as 'why are the blades on my brush mower banging into each other when I engage the PTO it must be the mowers fault' and has progressed to 'its your tractor not the mower'. If Im follwing that discussion correctly the problem centers around either the idle speed (too high) or the way in which the clutch engages (unmodulated and is too abrupt). Both the TN and TL can be gotten w/ other than mechaincal PTO clutch engagement. The TN is a servo-assist (not sure what that is exactly) and the TL is elctro-hydraulic. Is it correct to assume that in both cases clutch engagement will be smooth in the sense that it simulates mechanical clutch feathering? In other words it doesn't load shock the implement?
In the attachments forum theres a thread which started out as 'why are the blades on my brush mower banging into each other when I engage the PTO it must be the mowers fault' and has progressed to 'its your tractor not the mower'. If Im follwing that discussion correctly the problem centers around either the idle speed (too high) or the way in which the clutch engages (unmodulated and is too abrupt). Both the TN and TL can be gotten w/ other than mechaincal PTO clutch engagement. The TN is a servo-assist (not sure what that is exactly) and the TL is elctro-hydraulic. Is it correct to assume that in both cases clutch engagement will be smooth in the sense that it simulates mechanical clutch feathering? In other words it doesn't load shock the implement?