UAS CLARCOR SDC Series, Руководство пользователя

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Revised 10/15
SDC
Shaker Dust Collector
Revised 05/12
SDC
Shaker Dust Collector
3.2.2 SINGLE MODULE HOPPER ASSEMBLY
Assemble the four leg weldments to the hopper with the
shown hardware (refer to Figure 5; Detail A) and making
sure the base pads are oriented as illustrated. Secure
hopper/leg assembly to concrete mounting pad with
appropriate mounting hardware. Anchors should be
provided by customer or contractor according to local
codes.
3.2.3 MULTIPLE MODULE HOPPER ASSEMBLY
Position multiple hoppers side by side and bolt through
corner gussets as illustrated in Figure 6, Section A-A.
Locate and attach the leg weldments to the hopper
assembly per Figure 6, Detail A. Locate the diagonal
support braces and attach it to the hopper corner brackets
on left, right and rear sides of hopper referencing Figure 6,
Detail B making sure the base pads are oriented as
illustrated in Figure 6. Secure hopper/leg assemblies to
concrete mounting pad with appropriate mounting
hardware. Anchors should be provided by customer or
contractor according to local codes.
3.2.4 FILTER MODULE ASSEMBLY
Prior to mounting the filter module to the hopper assembly,
apply two ribbons of sealant to the hopper flange to create
a figure “8” pattern around the mounting holes. This
technique is shown in Figure 4 -Detail A.
Place the filter module onto the hopper assembly (as
shown in Figure 4). Drift pins may be required for aligning
holes between the two assemblies.
With the filter module still supported, use hardware (refer
to Figure 4) to bolt the hopper and filter module together.
Securely tighten all hardware at the filter module and
hopper. Check leg assembly sway braces (if applicable) to
ensure they are tight.
Disconnect lifting slings and spreader bars used for
installation.
Secure hopper/leg assemblies to concrete mounting
pad with appropriate mounting hardware. Anchors
should be provided by customer or contractor
according to local codes. Base pads are to be
oriented as illustrated in Figure 5 & 6.
3.3 ELECTRICAL INSTALLATION
ELECTRICAL SHOCK HAZARD
All electrical work should be performed by a qualified
electrician in accordance with local electrical codes.
Disconnect electrical power before installing or
servicing any electrical component.
General
Several types of standard electrical components can
be installed to control and monitor your dust collection
equipment. A properly sized fused disconnect or circuit
breaker should be installed to adequately protect the
equipment. Refer back to the nameplate on the
SDC unit or control enclosure to verify the control
configuration purchased with your unit for
proper sizing. Refer to Figures 9-11.
3.3.1 MOUNTING OF THE CONTROLS
The control enclosure require access at the beginning
and end of every shift of operation. Location should be
in a convenient, accessible area. The UAS control
enclosure contains the motor starters for both the
blower and shaker motors.
It is recommended that the controls be mounted on a
wall or pedestal subject to minimal vibration and
electrical noise. It is also suggested that the unit be
located in a convenient location with the controls as to
allow the customer easier access to wire to the unit
blower and shaker motors.
3.4 OPTIONAL EQUIPMENT ASSEMBLY
3.4.1 MAGNEHELIC
®
GAGE
Magnehlic gage is used to monitor the pressure drop
across the filter in your SDC unit. This helps you to
monitor the performance of your equipment and alerts
you to when the filter requires replacement.
The SDC unit cabinet comes with two pre-drilled holes
located on the left side of the cabinet for the pressure
taps and (4) dimples to locate and install the
Magnehelic gage. The holes are plugged when unit is
shipped.
Remove the snap in plugs using a flat head screw-
driver and install the (2) pressure taps in the SDC
panels. To tighten the pressure taps, access to the
inside part of the cabinet is required. Removal of the
filter cassette will be necessary to complete this
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