BozenBota
New member
Equipment
LX2610; RCR1542, FDR1260, BSS54P, PFL1242, STB1072, MacKissick TPH123, SCG0660
So I’ve been thinking about this post for a bit: What is in your head when operating to preserve your tractor long-term?
Im thinking mainly the tractor and loader (ie as opposed to other implements), and when operating (ie as opposed to maintenance, storage, trailering, etc.).
I may be entirely naiive to the things — especially the little things — that damage what are really durable machines, especially over time and repeated use, and so I need to say that in preface. And of course there’re times and reasons to push and abandon general rules. Also, I do regret if this has been covered in another post and would stand down from further discussion here of that’s the case.
But here’re some of my practices:
-smooth operation over all else is inherently best—probably informs this entire post: avoid abrupt loader movement (jiggling when dumping, hitting the movement stops, abrupt up/down movement), hydrostat engagement, PTO engagement, etc.
-keep front loader arms as low as possible, especially with a load, and regardless of roll or pitch angles
-in general, run at higher RPMs, but match engine speed to task, and avoid lugging engine
-warm up machine (eg so that temp gauge elevated above cold) before placing even modest loads on the drivetrain; in hot weather, allow to idle a bit after working (ie to accelerate system cooling)
-with a non electric, non foot clutched PTO, engage PTO implements gradually
-strenuously avoid torquing loader arms side-to-side with off-center loads; load front loader implements as evenly across loader arms as possible
-with any heavy load (pulling, climbing hills, on the loader, on the PTO, etc.), slower travel speed is best—same on uneven, “jouncy,” ground
-avoid extremes—of loader angles, steering angles, loader or 3pt lift capacities, travel speeds, operating terrain, etc.
If you’re at all like me, a mental framework goes a long way, in multiple senses. So I’m curious the group’s thoughts.
Im thinking mainly the tractor and loader (ie as opposed to other implements), and when operating (ie as opposed to maintenance, storage, trailering, etc.).
I may be entirely naiive to the things — especially the little things — that damage what are really durable machines, especially over time and repeated use, and so I need to say that in preface. And of course there’re times and reasons to push and abandon general rules. Also, I do regret if this has been covered in another post and would stand down from further discussion here of that’s the case.
But here’re some of my practices:
-smooth operation over all else is inherently best—probably informs this entire post: avoid abrupt loader movement (jiggling when dumping, hitting the movement stops, abrupt up/down movement), hydrostat engagement, PTO engagement, etc.
-keep front loader arms as low as possible, especially with a load, and regardless of roll or pitch angles
-in general, run at higher RPMs, but match engine speed to task, and avoid lugging engine
-warm up machine (eg so that temp gauge elevated above cold) before placing even modest loads on the drivetrain; in hot weather, allow to idle a bit after working (ie to accelerate system cooling)
-with a non electric, non foot clutched PTO, engage PTO implements gradually
-strenuously avoid torquing loader arms side-to-side with off-center loads; load front loader implements as evenly across loader arms as possible
-with any heavy load (pulling, climbing hills, on the loader, on the PTO, etc.), slower travel speed is best—same on uneven, “jouncy,” ground
-avoid extremes—of loader angles, steering angles, loader or 3pt lift capacities, travel speeds, operating terrain, etc.
If you’re at all like me, a mental framework goes a long way, in multiple senses. So I’m curious the group’s thoughts.