Installation
3A3169E
7
1.
Install a
bleed-type master air valve (F)
to relieve
air trapped between it and the pump. Install the
valve in a location that is easily accessible from the
pump and located downstream of the air regulator.
2.
Install an
air line filter (B1)
to remove harmful dirt
and contaminants from the compressed air supply
3.
Install the
air regulator (B2)
to control pressure.
4.
Install an
air line lubricator (B3)
to lubricate the air
cylinder.
5.
Install the (4-way)
air solenoid valve (C)
for control
of the pump forward and return strokes.
To use the air regulator reading to determine the fluid
output pressure, multiply the ratio of the pump (19:1) by
the air pressure shown on the regulator gauge or see
Table 1: Lubricant Output - PSI or Table 2: Lubricant
Output - MPa (bar), provided on page 12.
Limit the air to the pump so that no air line or fluid line
component or accessory is over pressurized.
Air Supply Lines (UU)
1.
Install two air supply lines (UU) between the air
solenoid valve outlets (C) and the pump (D) as
shown in the Typical Installation, page 4.
2.
Install an air supply line (UU) between the air sole-
noid valve inlet (C) and the Filter/Regulator/Lubrica-
tor Assembly (B) as shown in the Typical
Installation, page 4.
Oil Input Supply System
The
oil input supply pump/system (DD)
must have a
pressure reducing valve (U)
.
Oil Input Lines
Shut-off Valve (V):
Allows isolation of the LubePro
pump from the
incoming oil supply line (CC)
.
Required on the
oil input supply pump/system (DD)
.
Hoses:
Use a minimum 3/8 inch supply line (S).
Pressure Reducing Valve (U):
circulates excess oil
pressure back to the tank. Install this valve (U) in the
supply line with a
drain hose (EE)
. Limit supply pres-
sure to a maximum 80 psi (0.55 MPa, 5.5 bar)).
Fluid-filled Pressure Gauge (Y):
monitors hydraulic
pressure to the LubePro Single Stroke Pump during
startup.
NOTICE
Do not mount the air accessories directly on the sole-
noid valve air inlet. The air inlet and fittings are not
strong enough to support the accessories and may
break. Provide a bracket on which to mount the
accessories.
The maximum working pressure of each component
in the system may not be the same. To reduce the
risk of over-pressurizing any part of your system,
know the maximum working pressure rating of each
component and its connected components. Never
exceed the maximum working pressure of the lowest
rated components connected to a particular pump.
To reduce the risk of over-pressurizing the LubePro
Single Stroke Pump which could cause a rupture and
serious injury, including fluid injection, an oil input
supply system must have a means to limit the incom-
ing fluid pressure to the LubePro Single Stroke Pump
to a maximum of 80 psi (0.55 MPa, 5.5 bar).
