Dryer
Boosting

Download the
Ventilation Solutions for
Laundry brochure in PDF
DBLT4 Secondary
Dryer Lint Trap Submittal Data in PDF (1.71 Mb)
DBLT4 Secondary Dryer Lint
Trap Installation Instructions in PDF (1.71 Mb)
DBF 4XL Dryer
Booster Submittal Specifications in PDF (114 kb)
DBF 4XL Dryer Booster Guide
Specifications in PDF (28 kb)
DBF 4XL Dryer Booster
Installation Instructions in PDF (153 kb)
DBF4XLT Advanced
Dryer Booster Specifications in PDF (134 kb)
DBF4XLT Advanced Dryer
Booster Submittal Data in PDF (51 kb)
DBF4XLT Advanced Dryer
Booster Installation Instructions in PDF (147 kb)
DBF 110 Submittal
Specifications in PDF (79 kb)
DBF 110 Guide
Specifications in PDF (28 kb)
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The Dryer
Facts:
When it comes to dryers, where is the
perfect installation with little to no
duct length? The reality which
contractors and homeowners have to work
with is far from perfect. A short dryer
duct length is not always possible. This
is where Fantech Dryer Boosters can help.
Under prime
conditions, residential and commercial
clothes dryers should dry clothing in a
timely fashion. Problems occur when
dryers are connected to long runs of duct
work. This is the reason why most
residential dryers are located against
outside walls. The exhausted air is
vented directly to the outside without
complicated ducting to hinder the
performance of the dryer.
Many
dryer installations do not allow direct
venting and the typical residential dryer
cannot operate efficiently against the
resistance created by the necessary duct
work. The results are longer drying
times, higher energy usage and costs, and
excessive wear and tear on the dryer.

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==New
Fullly Automatic Fan
==Mounted
Pressure Switch
Some common examples are:
Some common
examples are:
Basements that do not allow
direct venting.
Central
interior located residential
laundry rooms.
Apartment
complexes with centrally located
laundering areas.
Apartment
complexes with individual
hook-ups for dryers in each
apartment.
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TYPICAL FAN PROBLEMS:
- Conventional
types of booster fans present the
following.
- Their
blades clog with lint
- The
blower cannot handle the long runs of
duct any better than the blower in the
dryer
- The
motor cannot handle the heated air from
the dryer and tends to overload
- How
to turn the booster fan on with the dryer
When to boost a dryer.
Typical residential dryers are rated at 160cfm.
However, boosting is generally needed in order to
maintain a minimum airflow of 100cfm as duct
length increases and bends are introduced in the
duct line.
Based on
surveying the recommendations from dryer
manufacturers, and local building codes in
selected areas, dryer boosting is typically
required when the duct length exceeds the
following:
Maximum
duct
length with: |
No
bends
25' |
1
bend
20' |
2
bends
15' |
3
bends
10' |
Fantech models DBF 110, DBF
4XL and RVF 4XL are all suitable for most dryer
boosting applications. Generally the models
listed can be used for maximum duct length of 60
linear feet with a maximum of six elbows using
four inch rigid duct. For longer duct runs please
contact our technical department for specific
recommendations.

A
Word on Installation...
Easy!
The secret is in the fully automatic pressure
switch. Whether you are installing our new inline
Dryer Booster fan, DBF 110 and DBF 4XL (complete
with switch) or the RVF 4XL (with separate
switch) it is a breeze. Designed to attach inline
near the booster fan the switch monitors dryer
operation and will activate the fan when the
dryer comes on. Preset to cycle in ten minute
intervals the fan will stay on until the dryer
stops. All Fantech dryer booster fans are
suitable for rigid duct runs of up to 60 linear
feet with a maximum of six elbows. In all
installations there needs to be at least 15
linear feet of duct between the booster fan and
the dryer.
- FANTECH
SOLUTIONS -
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here)
Fantech
reserves the right to modify, at any time and
without notice, any or all of its products'
features, designs, components and specifications,
to maintain their technological leadership
position.
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