Carlisle Binks 83C-211-CE Manual

EN
83C-211-CE & 83Z-211-CE PRESSURE TANK (WATERBORNE
Small Tank - Up To 9.5 litres (2.8 US Gallons) with Air
IMPORTANT: Read and follow all instructions and SAFETY PRECAUTIONS before
using this equipment. Retain for future reference.
DESCRIPTION
These Pressure Tanks are CE marked in
accordance with Pressure Equipment
Directive 2014/68/EU and ATEX Directive
2014/34/EU Protection level Ex h IIB T4 Gb
for use in Zones 1 and 2. The agitators are
marked in accordance with ATEX Directive
2014/34/EU Protection level Ex h IIB T4 Ga/
Gb, and to Machinery Safety Directive
2006/42/EC.
These pressure tanks are designed as a
pressure container to supply liquid material
at a constant preset pressure up to a
maximum of 5.5 bar (80 psi). The tanks are
built to ASME specifications. 83C models
are constructed from electro-zinc plated
carbon steel. 83Z models have stainless
steel fluid passages and lid. A polyethylene
liner is included for easy clean up.
Models:
83C-211-CE: Single
driven agitator assembly,
plated carbon steel construction lid and shell.
83Z-211-CE: Single regulation (fluid), air
driven agitator assembly,
plated carbon steel
steel fluid passages
waterbased materials.
SB-E-21-042-R10 (9/2021)
COMPATIBLE)
Driven Agitator
Halogenated
example: 1,1,1,
methylene chloride - can chemically react with
aluminium parts and components and cause
an explosion hazard. These solvents will also
corrode the galvanized tank coating. Read the
label or data sheet for the material. Do not use
materials containing these solvents with these
pressure tanks.
Refer to specifications chart to ensure that
fluids and solvents being used are chemically
compatible with the tank wetted parts. Before
placing fluids or solvents in tank, always read
accompanying manufacturer's literature and
MSDS.
Air pressure loads that are higher than design
loads, or changes to the pressure feed tank
can cause the tank to rupture or explode.
A safety valve protects the tank from over
pressurization. During each use pull the ring
on the safety valve to make sure it operates
freely and relieves air pressure. If the valve is
stuck, does not operate freely, or does not
relieve air pressure, it must be replaced. Do
regulation, air
not eliminate,
electro-zinc
substitutions to this valve.
Changes to the air tank will weaken it. Never
electro-zinc drill into, weld or change the tank in any way.
shell, stainless
The maximum working pressure of this tank is
and lids for
5.5 bar (80 psi).
SB-E-21-042 ISS.02
Static electricity is created by the flow of fluid
hydrocarbon solvents - for
through the pressure tank and hose. If all
- trichloroethane and
parts are not properly grounded, sparking may
occur. Sparks can ignite vapours from
solvents and the fluid being sprayed.
If
experienced while using this equipment, stop
spraying immediately.
Ground the pressure tank by connecting one
end of a 12 gauge minimum ground wire to
the pressure tank and the other end to a true
earth
additional grounding requirements.
Pressure Relief Procedure
High pressure can cause a serious injury.
Pressure is maintained in a pressure tank
after the system has been shut down. Before
attempting removal the cover, pressure must
be relieved using the following steps:
1. Turn off the main air supply to the tank.
2. Close air inlet valve located on tank air
manifold.
3. Bleed off air in the tank by turning the air
relief valve thumb screw counterclockwise.
Wait until all the air has escaped through the
valve before removing the pressure tank
cover.
make adjustments or
4. Leave the air relief valve open until you
have reinstalled the cover.
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static sparking, or slight shock,
ground. Local codes may
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