Tecnomagnete SQjap
12
Electropermanent magnetic clamping systems The winning move for the milling QUADSYSTEM SUPER-QUAD QUADSYSTEM SUPER-QUAD - powerful - safe - practical - cost-effective ® Safety through Power The original with the red grid
Transcript of Tecnomagnete SQjap
-
Electropermanent magnetic clamping systems
The winning move for the milling
QUADSYSTEMSUPER-QUAD
QUADSYSTEMSUPER-QUAD
- powerful - safe- practical - cost-effective
Safety through Power
The original with
the red grid
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for clamping ferrous workpieces of every type and size
Beyond traditional
limits
Free workpiece and uniform clamping
MAG
DEMAG
The original with
the red grid
QUADSYSTEMSUPER-QUAD
Safety through Power
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The revolutionary answer for a field of virtually unlimited
applications
ECO-COMPATIBILITY No comsumption
No pollution
Clamping force
Contact area
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The automatic shimming becomes reality
Planarity and parallelism
with total freedom on plates machining.
rough-milling the 1st surface
turning over , rough-milling, stress release and finishing the 2nd surface.
turning over and finishing the 1st surface
Safety through Power
QUADSYSTEMSUPER-QUAD
The original with
the red grid
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Electronic control units
Quick connection
MCC/Plus multi-channel unit up to 4 selectable discharges for tables of multiple modules.
TC digital remote control
MCU/Plus mono-discharge unit for individual modules
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The customised solution for every kind of processing
QUADSYSTEMSUPER-QUAD
Safety through Power
The original with
the red grid
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The result of an advanced technology
QUADSYSTEMSUPER-QUAD
Safety through Power
The original with
the red grid
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Selecting the right solution
HD50
ST75 HD75
ST50
HP75
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QUADSYSTEMSUPER-QUAD
Many models for every need
ST50 C= 68 mmMod. A B N WeightSQ mm mm of poles kg
205 220 470 12 55206 220 620 16 70208 220 770 20 90209 220 920 24 105210 220 1060 28 120
303 300 320 12 50305 300 470 18 75306 300 620 24 95308 300 770 30 120309 300 920 36 140310 300 1060 42 160
403 400 320 16 65405 400 470 24 95406 400 620 32 125408 400 770 40 155409 400 920 48 185410 400 1060 56 215
503 490 320 20 80505 490 470 30 120506 490 620 40 155508 490 770 50 190509 490 920 60 230510 490 1060 70 260
603 590 320 24 95605 590 470 36 140606 590 620 48 185608 590 770 60 230609 590 920 72 275610 590 1060 84 315
HD50 C= 68 mmMod. A B N WeightSQ mm mm of poles kg
205 230 470 18 55206 230 620 24 75208 230 770 30 90209 230 920 36 110210 230 1060 42 125
303 300 320 16 50305 300 470 24 75306 300 620 32 95308 300 770 40 120309 300 920 48 140310 300 1060 58 165
403 410 320 24 70405 410 470 36 100406 410 620 48 130408 410 770 60 160409 410 920 72 195410 410 1060 84 220
503 490 320 28 80505 490 470 42 120506 490 620 56 155508 490 770 70 195509 490 920 84 230510 490 1060 98 265
603 600 320 36 100605 600 470 54 145606 600 620 72 190608 600 770 90 235609 600 920 108 280610 600 1060 126 325
HD75 C= 68 mmMod. A B N WeightSQ mm mm of poles kg
206 230 620 12 75208 230 820 16 95210 230 1020 20 120
304 310 430 12 70306 310 620 18 95308 310 820 24 125310 310 1020 30 155
404 410 430 16 90406 410 620 24 125408 410 820 32 165410 410 1020 40 210
502 490 230 10 60504 490 430 20 105506 490 620 30 150508 490 820 40 200510 490 1020 50 245
602 590 230 12 70604 590 430 24 125606 590 620 36 180608 590 820 48 240610 590 1020 60 295
ST75 C= 68 mmMod. A B N WeightSQ mm mm of poles kg
306 310 620 12 95308 310 820 16 125310 310 1020 20 155
506 460 620 18 125508 460 820 24 165510 460 1020 30 210
606 600 620 24 180608 600 820 32 200610 600 1020 40 295
HP75 C= 80 mmMod. A B N WeightSQ mm mm of poles kg
206 230 620 12 80208 230 820 16 110210 230 1020 20 135
304 310 430 12 75306 310 620 18 110308 310 820 24 145310 310 1020 30 180
404 410 430 16 100406 410 620 24 145408 410 820 32 190410 410 1020 40 235
502 490 230 10 65504 490 430 20 120506 490 620 30 170508 490 820 40 225510 490 1020 50 260
602 590 230 12 80604 590 430 24 145606 590 620 36 205608 590 820 48 270610 590 1020 60 335
A B
C
Tables
SQ Pole size pole force poles permm daN m2 average n
ST 50 50 x 50 350 140HD 50 50 x 50 350 196ST 75 75 x 75 780 66HD75 75 x 75 780 100HP 75 75 x 75 850 100
The original with
the red grid
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Unbeatable performances
Q max = S x
a
C
PL
B
HP
ST/HD
A B C D E
L = Q maxP x a
a = Q maxP x L
Q max = Lx P x aP = Q maxL x a
h (mm)
Q m
ax (
%)
Q m
ax (
%)
T (mm)
Safety through Power
Material ST50 HD50 ST75 HD75 HP75
2,6 3,8 2,4 4 51,6 2,4 1,4 2,4 31,1 1,6 1 1,6 2
Material ST50/HD50 ST/HD75 HP75
10 15 1912 17 22 17 19 27
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Material Handling
Workholding
Moulding and Stamping
Safety Through Power
TECNOMAGNETE spa20020 Lainate (MI) - Italy
Via Nerviano 31 -
Tel. +39-02.937.591
Fax +39-02.935.708.57
e-mail: [email protected]
www.tecnomagnete.com
SQ
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