User's Manual

ManualsBrandsGraco ManualsAutomatic Lubrication SystemsGraco 332518C Dyna-Star HP or HF Pump Auto-Fill Shut Off Kit

Installation

332518C 9

• Supply tube (3) (marked with the 16X381 alumi-

num tag) and two connector fittings (5), are

used for vent valve assemblies. Supply tube (4)

can be discarded. It is not used for a vent valve

installation.

a. Install connector fitting (5) to Auto-Fill Shut

Off outlet (D) and Vent Valve inlet (E).

b. Install end of supply tube (3) to Vent Valve

inlet (E) first. Then install the other end of the

supply tube to the Auto-Fill Shut Off outlet (D)

as shown in F

IG. 16.

HINT: For easier installation, loosen (but do not entirely

remove) screws (G) securing vent valve (F) to pump.

This will allow the vent valve to remain in a loosely

mounted state while installing the supply tube (3). After

tube has been installed securely, re-tighten vent valve

screws (G) to secure vent valve (F) to pump.

12. Install a (user supplied) lubricant supply hose (L)

between Auto-Fill Shut Off inlet (C) (F

IG. 15 or FIG.

16) and the remote filling station pump (K).

13. A pressure relief valve (G) and overflow container

(H) (for collecting excess fluid that drains during

pressure relief) must be installed in an easily acces-

sible location between the remote filling station

pump (K) and the Auto-Fill Shut Off (1). This pres-

sure relief valve is used to relieve pressure in the

refill line and to reset the Auto-Fill Shut Off. See Typ-

ical Installation, page 4.

NOTE:

• Operator must monitor system while filling tank

to prevent accidental fluid overflow.

• A Pressure Relief Kit: 247902 is available from

Graco. Contact your distributor or Graco Cus-

tomer Service for additional information about

this kit.

• In some setups the pressure relief valve (G) can

be installed directly to the Auto-Fill Shut Off (1)

as shown in F

IG. 17.

FIG. 16

FIG. 17

COMPONENT RUPTURE HAZARD

The maximum working pressure of each component

in the system may not be the same. To reduce the

risk of overpressurizing any component in the

system, be sure you know the maximum working

pressure of each component. Never exceed the

maximum working pressure of the lowest rated

component in the system. Overpressurizing any

component can result in rupture and/or property

damage and serious injury.

Regulate pressure to the pump so that no fluid line,

component or accessory is over pressurized.