F13 Portable Power Unit
Greenlee / A Textron Company
4455 Boeing Dr. • Rockford, IL 61109-2988 USA • 815-397-7070
6
Specifications
Portable Power Unit
Oil Flow
At 2500 rpm ....................................... 20 l/min (5 gpm)
At 3600 rpm ....................................... 30 l/min (8 gpm)
Working Pressure (nominal) ................. 138 bar (2000 psi)
Pressure Relief Valve .................Set at 150 bar (2175 psi)
Pump .............................................................. Gear pump
Maximum Oil Temperature .........................70 °C (160 °F)
Hydraulic Oil Tank Capacity
Minimum ...................................................... 6 l (6.3 qt)
Maximum ..................................................... 8 l (8.5 qt)
Gasoline Tank Capacity ................................6.5 l (1.8 gal)
Hydraulic System Compl. ................................9 l (2.4 gal)
Filter System (filter element) ........25 micron with by-pass
Engine ............................................... Honda GX390QXB7
13 hp 4-stroke gasoline
with oil alert system
Gasoline .......................................Regular or unleaded
Engine Oil .................................................. 1.1 l (1.2 qt)
Guaranteed Sound Power Level L
WA
....................101 dB
Sound Pressure Level 1 m L
PA
................................89 dB
Dimensions (LxWxH) ....................... 710 x 595 x 650 mm
(28" x 23.5" x 25.5")
Weight
Without Hydraulic Oil and Fuel .............. 76 kg (168 lb)
With All Fluids ........................................ 90 kg (198 lb)
Recommended Hydraulic Fluids
Use any non-detergent, petroleum-based hydraulic
fluid which meets the following specifications or HTMA
specifications.
S.U.S. @
38 °C (100 °F) .............................................. 140 to 225
99 °C (210 °F) ........................................... 40 minimum
Flash Point ................................ 170 °C (340 °F) minimum
Pour Point ................................. –34 °C (–30 °F) minimum
Hose Connections
Do not disconnect tool, hoses, or fittings while the
power source is running or if the hydraulic fluid is
hot. Hot hydraulic fluid could cause serious burns.
Failure to observe this warning could result in severe
injury.
Connecting Hoses
1. Stop the power unit hydraulic flow.
2. Connect the return (tank) hose from the power unit
port to the tool return port (T).
Note: Return (tank) hose connection should always
be connected before pressure (supply) hose con-
nection to prevent pressure buildup inside the tool.
3. Connect the pressure (supply) hose from the power
unit pressure port to the tool pressure port (P).
Disconnecting Hoses
1. Stop the power unit hydraulic flow.
2. Disconnect the pressure (supply) hose from the
power unit pressure port to the tool pressure port
(P).
Note: Pressure (supply) hose connection should
always be disconnected before return (tank)
hose connection to prevent pressure buildup inside
the tool.
3. Disconnect the return (tank) hose from the power
unit return port to the tool return port (T).
4. To prevent contamination, always install dust caps
over the hydraulic ports of the tool, hoses, and
power unit when disconnected.
