2
GENERAL SAFETY REQUIREMENTS
NOTE: THOROUGHLY READ AND UNDERSTAND
THIS MANUAL BEFORE INSTALLING, OPERATING
OR SERVICING THIS EQUIPMENT.
PRESSURE RELIEF
PROCEDURE:
Follow this procedure
whenever you shut off the
pump, when checking or servicing any part of
the system and when installing, cleaning or
changing any part of the system.
1 ) Disconnect the air to the pump.
2) Point dispensing valve away from
yourself and others.
3) Open dispensing valve until
pressure is relieved.
WARNING
!
WARNING
!
DANGER: Not for use with
fluids that have a flash point
below 100°F (38°C). Examples:
gasoline, alcohol. Sparking could result in an
explosion which could result in death.
WARNING
!
THIS
PUMP
CONTAINS
ALUMINUM
AND
ZINC
PARTS.
DO NOT use 1-1-1
Trichloroethane, methylene chloride or other
halogenated hydrocarbon solvents or fluids
containing such solvents in this pump. Use of
these solvents/fluids may result in a violent
chemical reaction, causing serious bodily
injury, property damage or death. All fluids
used in this pump must be chemically
compatible with the wetted parts materials
shown on page three (3) of this manual.
Consult your chemical supplier to ensure
compatibility.
Because this pump can
be incorporated into
pressurized systems,
the following safety
precautions should be observed.
Check equipment regularly and repair or
replace worn and damaged parts.
Never alter or modify any parts of this pump,
doing so may cause damage to pump and/or
personal injury.
Under no circumstances should the dispensing
valve be aimed at any person at any time.
Personal injury may result.
Release pressures built up in the system
before any service or repair is begun. See the
pressure relief procedure below.
Do not operate this pump above 150 PSI
(10.3 BAR) air inlet pressure or 300 cycles
per minute.
Always read and follow the fluid manufacturer’s
recommendations regarding the use of
protective eyewear, clothing and respirators.
IMPORTANT
!
WARNING
!
Pump develops 195 PSI
(13.3 BAR) maximum
working pressure at 150
PSI (10.3 BAR) maximum
inlet air pressure. Be sure that any components
or accessories used in the system are rated
to withstand this pressure. To determine fluid
outlet pressure, multiply the ratio of the pump
by the air pressure being used.
EX: 1.3 (1.3:1 ratio) x 100 PSI = 130 PSI
fluid pressure.
1.3 (1.3:1 ratio) x 6.8 BAR = 8.84 BAR
fluid pressure.
In the presence of explosive
vapors, take action to prevent
static sparking. Failure to
ground the pump, piping, valves, containers, or
other miscellaneous equipment can result in fire or
explosion. A green grounding lug is provided on the
pump.
WARNING
!