RDS_Magazintrockner_en.pdf - 第5页
F actsandgures Detail information on the RDS magazine dryer Dimensions Length without handling systems: 3625 mm Width: 1355 mm Height: 1795 mm Exhaust air Exhaust volume flow rate: 400 m³/h Pressure: 5 mbar Processpa…
Technicaldetails
An overview of the RDS magazine dryer
The system consists of a lock system at the inlet and the
outlet, four heat zones, and a cooling zone. In order to
achieve an atmosphere with low levels of oxygen, locks on
the magazine are necessary where possible. A three-part
handling process at the inlet and outlet guarantees that the
compartments can open and close independently of each
other. In this way, an inert process chamber is guaranteed
in every loading situation. The magazines are transferred
to the lock zones with a so-called lifting transport. During
the loading process, the lifting transport unit with the hoist
is lowered below the level of the transport chamber and
simultaneously unloads the magazine onto this. The maga-
zine is unloaded using the opposite principle.
The magazine dryer prototype can be loaded and unload-
ed manually. The system is designed so that it can be fed
using a handling system if necessary. Due to the flexible
transport options, a small throughput during prototype pro-
duction as well as a high throughput during future regular
service is possible. Magazines with the maximum dimen-
sions of 460 mm high, 240 mm wide and 240 mm deep
can be transported using a three-part handling process
with a base carrier plate. The cycle time can be a minimum
of 3 minutes up to a maximum of 24 hours.
There is good thermal separation from the process
chamber due to the compartments and the 80 mm thick
insulation. The exchange of hot and cold gas flows can be
effectively prevented which results in lower electrical power
consumption.
1.
Loading
Loading of the magazines by
hand or using a handling system
in the goods carriers with exact
positioning.
3.
N
2
tunnel
A low level of residual oxygen in
the N
2
tunnel is guaranteed due to
the lock system. Compartments
eliminate air leakage.
5.
Cooling
Optimal thermal separation is
achieved through a compartment
between the heat and cooling zone.
Cooling zone temperatures of 20 °C
are possible.
7.
Lifting transport/Outlet
The locks in the outlet area ensure
a lower ppm value in the process
chamber and a stable elevation
prole.
4.
Pre-heating/Heating
The four heat zones guarantee
steady heating of all the com-
ponents in the magazine at the
lowest ∆ T.
2.
Liftingtransport/Inlet
A lifting mechanism feeds the
magazines to the process cham-
ber transporter.
6.
N
2
tunnel
The locks in the outlet area
ensure a lower ppm value in the
process chamber and a stable
elevation prole.
8.
Unloading
Manual or automated unloading of
the magazine.
1.
6.
7.
8.
2.
3. 4. 5.
Factsandgures
Detail information on the RDS magazine dryer
Dimensions
Length without handling systems: 3625 mm
Width: 1355 mm
Height: 1795 mm
Exhaust air
Exhaust volume flow rate: 400 m³/h
Pressure: 5 mbar
Processparameters
T
max
= 300 °C
Residual oxygen values <5000 ppm O
2
Conveyor
Conveyor height: 950 mm ± 50 mm
Maximum magazine size: H x L x D = 460 x 240 x 240 mm
Cycle time: 3 min up to 24 hours
Special characteristics
Magazine on carrier plates Inlet transport in a lowered position Efcient EC fan motors
Open process chamber
Stable temperature prole
Rehm Thermal Systems GmbH
Leinenstrasse 7
89143 Blaubeuren, Germany
T +49 73 44 - 96 06 0 | F +49 73 44 - 96 06 525
info@rehm-group.com | www.rehm-group.com
Rehm Thermal Systems GmbH
Leinenstrasse 7
89143 Blaubeuren, Germany
T +49 73 44 - 96 06 0 | F +49 73 44 - 96 06 525
info@rehm-group.com | www.rehm-group.com
Rehm Worldwide
As a leading manufacturer of innovative thermal
system solutions we have customers on every
continent. With our own locations in Europe,
America and Asia as well as 27 agencies in 24
countries we are able to serve the international
markets quickly and to offer outstanding on-site
service – worldwide and round the clock!
Location
Production facility
Representation
Rehm Thermal Systems
Atlanta, USA
Headquarters of
Rehm Thermal Systems
Technology Center & Production
Blaubeuren, Germany
Rehm Thermal Systems
Technology Center
Guadalajara, Mexico
RehmCeskárepublika
PrÍbor, Czech Republic
Rehm Thermal Systems
Moscow, Russia
Rehm Thermal Systems
Production
Dongguan, China
RehmHungária
Szendehely, Hungary
October 2017. Technical changes without prior notice. Art. No. 1151215
*1151215*
Rehm Thermal Systems
Technology Center
Shanghai, China
Rehm Thermal Systems
Hong Kong, China
Rehm Thermal Systems
Taoyuan City, Taiwan