ROOF-TILE PRESSES
NOVA II/ WEGA
Modern roof-tile presses by HÄNDLE are
not only universally useful but also extremely attractive in terms of economic effi-
PRODUCT INFORMATION
ciency.
HÄNDLE Accessory Roof-Tile Press Type
WEGA SII
NEW APPROACH FOR MORE ECONOMIC EFFICIENCY
To be market-appropriate, today's roof-tile product ranges must include numerous different standard
and nonstandard tiles. The situation is a major challenge for all tile producers, because each additional
variant makes it more difficult to implement economically efficient production processes. This is where
HÄNDLE's WEGA series comes in: this modern pressing system treads new ground and unites product
diversity with economic efficiency.
CRITERIA FOR A UNIVERSAL ROOF-TILE
PRESSING SYSTEM
Since nonstandards, i.e., complementary roof tiles, are characterized by marked differences in size,
shape and their usually complicated geometry, individual pressing options are of primary interest. For
standard tiles, though, the main objectives are optimal pressing at the highest possible speed.
Consequently, a "universatile" pressing system billed as equally suitable for producing standards and
nonstandards alike must satisfy the following main requirements:
automatic operation
accurate positioning and motion
high pressing force
sequences for bat placement and green-
freely programmable compaction curves
tile removal
catering to model-specific forming
clean and tidy removal of scraps
characteristics
stroke rates allowing high throughput
high compaction-curve reproducibility
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PRODUCT INFORMATION
NOVA II | WEGA
THE WEGA ACCESSORY ROOF-TILE PRESS BY HÄNDLE
The HÄNDLE-WEGA pressing system
The newly engineered WEGA pressing system optimally meets all those
requirements. Three different versions are available for covering any individual range of application:
WEGA S II
WEGA S II with 2 synchronous 90°-rotating pressing tables
with 1 top-half mold and 2 bottom-half molds and a
max. stroke rate of 8/min = 480 pressings/h
WEGA S III with 3 synchronous 120°-rotating pressing tables
with 1 top-half mold and 3 bottom-half molds and a
max. stroke rate of 12/min = 720 pressings/h
WEGA S IV with 4 synchronous 90°-rotating pressing tables
with 1 top-half mold and 4 bottom-half molds and a
WEGA S III
max. stroke rate of 13/min = 780 pressings/h
The table measures 560 x 574 mm, giving a maximum mold mounting area of
500 x 650 mm. The useful mold-group height is adjustable between 170 mm
and 300 mm. The 300-mm working stroke can accommodate practically any
conceivable type of tile. A maximum pressing force of 1500 kN or 2000 kN
enable perfect forming / expression, even of complicated models.
The WEGA is equally good for soft and stiff pressing and for all customary
mold materials, e.g., plas-ter, metal or rubber.
WEGA S IV
NOVA II REVOLVING ROOF-TILE PRESS BY HÄNDLE
The HÄNDLE-NOVA pressing system
The NOVA II was engineered as a 6-fold revolving press for preferential production of either large-area tiles in 2 fields or standard tiles in up to 4 fields.
This particular design facilitates the generation of extra-high pressing forces
up 4000 kN with only minimalized strain on the machine's structure.
Very high precision and reproducibility are guaranteed at all times by the
machine's rigid construction. All strength-related components were designed
by the finite element method to give the individual parts very high durability.
Electromechanical system comprising a servomotor, synchronous belts, thread-roll inertia-gear drive and toggle action
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HÄNDLE NOVA II
loading end
HÄNDLE NOVA II
unloading end
Crucial characteristics
rigid machine structure for accommodating high pressing forces
hydraulically prestressed equipment frame
electromechanical force-generating system with extra-high
dynamics
rapid product-specific tailoring and saving of pressing curves
directly at the operator's console
wedge adjustment for compensating mold attrition
electronic coupling of the various motion sequences
overload safeguard via strain gauges in the lateral uprights
Toggle ratio 1:40
For a change of formats, the appropriate pressing curve can be called up via pushbutton at the opera-tor's console. Format-specific pressing
curves can be filed and called up at will.
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ACCESSORY ROOF-TILE PRESS WEGA
TYPE
WEGA S II
WEGA S III
WEGA S IV
Pressing force
kN
1500/ 2000
1500/ 2000
1500/ 2000
Working stroke
mm
300
300
300
Mold-group height min./
max.
mm
170/ 300
170/ 300
170/ 300
Mounting area
mm
500 x 754
500 x 754
500 x 754
Overall capacity
kW
112
112
112
Volumetric flow through
vacuum pump (100 bar)
m³/h
160
160
160
Mold size
mm
500 x 650
500 x 650
500 x 650
Positioning accurac
mm
0,1 - 0,3
0,1 - 0,3
0,1 - 0,3
Number of top molds
1
1
1
Anzahl unterer
Arbeitsformen
2
3
4
6-8
10 - 12
11 - 13
11200
11600
1200
Pressings per minute, max.
Total weight (approx.)
kg
DACHZIEGEL-REVOLVERPRESSE NOVA II
TYPE
Form
Aufspannfläche
Anzahl
der Formwerkzeuge
mm
NOVA II
6-eck
1980 x
655
2/ 3/ 4
Pakethöhe
max.
mm
Hub
Takte
Presskraft
Installierte
Leistung
mm
Takte/ min
kN
kW
2/ 3/ 4
140
18
4000
58
Subject to technical modification due to ongoing development.
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HÄNDLE Revolving Roof-Tile Presses Type
Nova II
HÄNDLE GMBH Maschinen und Anlagenbau
Industriestrasse 47
75417 Mühlacker (Germany)
Phone + 49 7041 891-1
+ 49 7041 891-232
24-Hours-Hotline + 49 171 7323636
info@haendle.com
www.haendle.com
Händle GmbH 05/2006
Fax