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GDED-IOM-215-A
For on-demand applications, program the DCT controller by going through each
selection available, setting up each step. For further information, see the IOM of the DCT
controller.
When setting up the DCT, the “high limit” is normally set at 3” w.g. and the “low
limit” is normally set up at 2” w.g. Different applications require different settings. Please
contact AAF International for assistance.
For troubleshooting and for further information, see the Dwyer DCT controller IOM.
9.2.10
Compressed air connections
The OptiFlo RC dust collector requires dry compressed air (-40°F dew point, 90-100
psig) for cleaning. See product literature for the compressed air requirement for the nominal
compressed air requirements. When the dust collector is set on a timer, the timer is factory
set at a 30 second pulse interval.
Do not use over 100 psig of compressed air. Solenoid valves will not operate and can
cause damage to collector components.
The compressed air connection should be made at the top of the air manifold on each
module where a 1 ½” NPT pipe connection is supplied. There is also a connection at the
bottom of the air manifold to attach a drain.
Noise levels during pulsing should be considered when the OptiFlo RC is operating.
Hearing protection may be needed.
9.2.11
Ductwork Installation
Install the inlet ductwork to the front inlet above the access ports, or to the top inlet.
Connect the clean air duct (or manifold) to outlet(s) located on the bottom and rear side of
the clean air plenum. A bottom outlet is the only available option for units wider than two
modules.
Ductwork should be of sufficient gauge to withstand the system design pressure and
should be independently supported.
The OptiFlo RC is not designed to support ductwork.
Summary of Contents for OptiFlo RC Series
Page 1: ...GDED IOM 215 A OptiFlo RC...
