Maintenance Schedule; Troubleshooting - Textron Greenlee F13 Manual De Instrucciones

Maintenance (cont'd)

MAINTENANCE SCHEDULE

The service life of the power unit will be maximized
by proper care and maintenance. The maintenance
schedule below is recommended.
Note: Change engine oil after the first 5 hours of opera-
tion. Thereafter, change engine oil according to
the maintenance schedule below.
Every 5 Hours
1. Check engine crankcase oil level. Fill if necessary.
Refer to the Engine Owner's Manual.
2. Check fuel tank level. Fill if necessary.
Refer to the Engine Owner's Manual.
3. Check hydraulic reservoir oil level. Fill to FULL mark
on sight gauge. Do not overfill reservoir. Refer to the
"Recommended Hydraulic Fluids" section.
Every 10 Hours
1. Wipe all power unit surfaces clean of grease,
dirt, and foreign material.
2. Inspect the hydraulic system hoses and fittings
for signs of leaks, cracks, wear, or damage.
Replace if necessary.
Every 25 Hours
Service engine air cleaner/pre-cleaner. Refer to the
Engine Owner's Manual.
Every 50 Hours
Change engine crankcase oil and oil filter. Refer to the
Engine Owner's Manual.
Every 100 Hours or Once Yearly
1. Drain hydraulic reservoir oil. Clean and flush res-
ervoir. Change hydraulic oil filter. Fill reservoir with
new, clean hydraulic oil. Refer to "Recommended
Hydraulic Fluids" section. Operate power unit to
circulate oil through the hydraulic system. Stop
power unit. Recheck hydraulic oil level. Fill reservoir
to the FULL mark on the sight gauge. Do not overfill
reservoir.
2. Service engine air cleaner cartridge. Refer to the
Engine Owner's Manual.
3. Perform a detailed inspection of the system
hoses and fittings as stated in 99930323—
SAE Standard J1273. Replace the hoses and/or
fittings if necessary.
Greenlee / A Textron Company
F13 Portable Power Unit

Troubleshooting

Before You Begin
1. Any tool used with this power unit must be an
open-center system type tool.
2. Verify that the pressure and return hoses are con-
nected properly to the power unit and tool ports.
3. Power unit reservoir must be filled to the FULL mark
with hydraulic fluid.
4. Start the power unit hydraulic oil flow. All separate
shut-off devices must be opened (ON/OFF valves,
etc.)
5. After verifying all of the above, check the tool to see
if it operates.
If the tool does not operate, it will be necessary
to pinpoint the power unit, tool, or hoses and the
problem area. The following steps will help to deter-
mine the problem area.
Determine the Problem Area
1. Stop the power unit hydraulic oil flow. Disconnect
the existing tool from the hoses and power unit.
2. Connect a known working tool to the hoses and
power unit. Refer to the tool's operator's manual
for correct hookup procedure. Start the power unit
hydraulic oil flow.
• If the known working tool operates, the problem
is in the disconnected tool. Refer to the tool
operator's manual for troubleshooting.
• If the known working tool does not operate, the
problem is likely to be in the hoses or the power
unit. Proceed to Step 3.
3. Stop the power unit hydraulic oil flow. Disconnect
the existing hoses from the known working tool and
power unit.
4. Connect a different set of hoses to the known
working tool and power unit. Start the power unit
hydraulic oil flow.
• If the known working tool operates with the
different set of hoses, the problem is in the
disconnected hoses.
• If the known working tool does not operate,
the problem is in the power unit. Refer to the
trouble shooting charts in this manual.
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