System Set-Up
Hose/Barrel
Connection
1. Connect the shop air supply to the unit’s air input plug.
2. Attach the ridged end of the male quick connect hose mount Fitting to the Air Hose.
3. Insert the male hose mount fitting (attached to Air Hose) into the
female Dispensing Output Pressure Fitting.
4. Slide the Hose Clamp over the free end of the Air Hose. Push
clamp back 1 inch from the end of the Air Hose.
5. Attach the free end of the Air Hose to the nipple on the Barrel
Adapter (10 cc adapter is supplied).
6. Secure the Air Hose to the Barrel Adapter by sliding the Hose
Clamp down over the Air Hose/Barrel Adapter connection and screwing clamp down to secure in
position.
7. Attach the Barrel Adapter to a preloaded barrel (not supplied). Place the barrel in the
Dispenser Cubby.
10. Insure that the foot pedal is connected to the
FOOT PEDAL
Receptacle on the rear panel.
Material Loading
PACE recommends the use of preloaded barrels whenever practical to
minimize any handling or safety precaution requirements. When
loading is required, adhere to all precautions recommended by the
material manufacturer. Refer to the Material Safety Data Sheet
supplied with each material for information on important safety
procedures and a listing of any toxic chemical elements.
Loading of low viscosity materials are easily accomplished by placing
an empty Barrel (with barrel tip cap installed) into the Pik & Paste.
Pour the material slowly into the barrel using a Squeeze Bottle or small
funnel.
Caution:
Fill the Barrel to a level of no more than 2/3 or the Barrel capacity. Dispensed amount
variations will be avoided and the material will be prevented from getting on the Barrel
adapter. Do not allow the Barrel to tip upside down or lay flat. Damage may occur to
the motor pump if fluid leaks back into the system through the air hose.
System Power Up
Plug the prong end (male end) of the power cord into an appropriate 3 wire grounded AC supply
receptacle.
NOTE:
Make sure the power supply socket is properly grounded with the corresponding voltage.
©2004 PACE Inc., Annapolis Junction, Maryland
Page 6 of 15
All Rights Reserved
