Discussion:
Forklift has no drive - Torque Converter?

Hi there, I have a Komatsu FD20-11 forklift which refuses to move. Got progressively worse to the point where it would move at initial start up, but stopped moving after a couple of minutes. I have checked the oil level in the torqflow transmission, cleaned the strainer and checked pressures at the test ports, the only port that gave an intermittent pressure reading was the reverse port, only 20 psi and it was not constant. The truck did try to move when I recorded the intermittent pressure. I have pulled the motor (Isuzu) as I want to check the oil pump. The torque converter refuses to come off the transmission input shaft, am I missing something? Does it just pull off, or is it retained somehow? Any assistance regarding checking the torque converter and torqflow oil pump would be appreciated, thanks
  • Posted 30 Aug 2020 08:54
  • By Griff
  • joined 30 Aug'20 - 3 messages
  • Lancashire, United Kingdom
Gman
Showing items 1 - 1 of 1 results.
Forgot to mention, I also checked the inching valve (left brake pedal) was coming all the way out and I visually inspected the clutch packs when cleaning the strainer, they looked to have friction material left. Thanks
  • Posted 30 Aug 2020 08:59
  • By Griff
  • joined 30 Aug'20 - 3 messages
  • Lancashire, United Kingdom
Gman

Post your Reply

Forkliftaction accepts no responsibility for forum content and requires forum participants to adhere to our rules of conduct. Click here for more information.

If you are having trouble using the Discussion Forums, please contact us for help.

Movers & Shakers
James Brown James Brown
Chief operating officer, Bulldog Battery Corporation
Commercial excellence roll-out manager, TVH Parts
President EPG Americas, Ehrhardt Partner Group (EPG)
CEO, Duravant
UN Forklift FD20-35FJM3
HANGZHOU, Zhejiang, China
New - Sale
Aichi RX07B
Yokohama, Japan
Used - Sale
Fact of the week
The two internal cavities in our nose called nostrils function as separate organs. Each nostril has its own set of turbinates and olfactory receptors. The two independent organs work together through a mechanism called the nasal cycle, where one nostril is dominant for air intake while the other rests and is better at detecting scents.