Eliminates square corners
that cause product build-up in difficult-to-clean areas. Eliminates blockage
across openings, such as an outlet or between filter bags, otherwise known as
bridging. Is an efficient use of floor space.
Located below the bagsheet
for negative can velocity. The baghouse pre-separates large particles before
the exhaust air penetrates the filter media. With a high inlet, the airflow
between the bags is from top to bottom, thus eliminating the possibility of
powder hang-up due to high can velocities.
EDT designed venturi
assembly ensures proper bag cleaning in their entire length, from the very top to
the bottom of the bag.
Reverse Pulse-Jet Cleaning
Reduces the compressed air
flow requirement for the same cleaning effect. Double-row pulse cleaning cycle
results in complete bag cleaning.
Provides easy access to the
top of the bagsheet for fast, easy installation or removal of filter bags.
Bags are changed from the clean side of the bagsheet - no dusty overhead work
is needed. Snap-in bag design provides for quick, easy bag change.
Prevents powder from
sticking inside the conical outlet which can cause condensation inside the
Built-in fire suppression
using EDT liquid-activated retractable fire suppression spray nozzles.
Reduce and prevent
structural damage to the building and equipment caused by equipment becoming
weighted with water in the event of fire suppression activation. EDT's
sanitary dump valve is specifically designed with a powerful long stroke to
freely relieve components of dousing water, therefore, preventing water
Designed in accordance to
USDA Sanitary Guidelines. Can also be executed in a non sanitary design.
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