SPECIFICATIONS
Model
Number
Usable Oil
Capacity
(gal)
Pressure Rating
(psi)
Output Flow Rate
(in
3
/min)
Valve Type
Motor Mfr
Motor
Size
(hp)
Output
Port
Threads
Weight
(lb)
1st Stg 2nd Stg
1st Stg
2nd Stg
PG5505
5
700
10,000
700
100
Manual, 3-way,
3-position
Honda
5.5
3/8"-
18NPT
121
PGM5505
Manual, 4-way,
3-position
3
BEFORE USE
1. Visually inspect all components for shipping damage. Do not use if any damaged parts are found.
NOTICE:
Gas Pump is shipped without hydraulic oil. Add oil before operating.
2. Familiarize yourself with the specifications and illustrations in this owners manual. Many malfunctions in new equipment are
the result of improper operation and/or improper set-up assembly. Know your pump, its limitations and how it operates before
attempting to use. Refer to specification chart and figure 1 on page 2 for details of oil port thread size, usable oil capacity and
more. Read and follow all instructions carefully.
WARNING:
Maximum working pressure is 10,000 PSI. All hydraulic equipments such as cylinders, hoses, couplers and
etc. used with this pump shall be rated at or above 10,000 PSI operating pressure.
Hydraulic Connections:
1. Use only hydraulic oil specified by the manufacturer. Check and make sure the oil level in reservoir is at about 2" from top of
reservoir plate, with cylinder retracted and motor off.
2. Use of pressure gauge is strongly recommended. Attach pressure gauges between the pump and cylinder, these gauges permit
the operator to monitor pressure on cylinder.
3. Make sure couplers, hoses, valve and gauges are tighten securely to prevent accidental removal of components while in use.
Hoses shall not be kinked or twisted.
NOTICE:
Always secure threaded port connections with non-hardening pipe thread compound. Take care not to introduce
compound into port orifices.
4. Do not exceed the rated capacity of the equipment connected to the pump. Use larger capacity of cylinders if necessary.
!
!
WARNING:
There are hazards associated with the use of this equipment which can only be avoided by reading, understanding
and following all the printed materials provided by the manufacturer of the gasoline engine which drives this hydraulic pump.
