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T = 4 x M x W x S2 x f2 x 10-9Onde: T = Belt span tension (Newtons)M* = Belt mass constant (g/m)W = Belt width (mm) or number of belt strandsS = Length of the span to be measured (mm)f = Natural frequency of the belt (Hz)
Poderia disponibilizar para nós as tabelas de M ?
@@MarioGabriel-c8u Poly Chain® GT® Carbon™(all Poly Chain) ...........g/m5M (5mm)......................3.08M (8mm)......................4.714M (14mm)..................7.919M (19mm)................10.5
PowerGrip® Timing& TruMotion® .................g/mMXL (0.080”).....................1.3XL (0.200”).......................2.4L (0.375”).........................3.2H (0.500”).........................3.9XH (0.875”).....................11.3XXH (1.25”).....................14.9Twin Power XL....................1.9Twin Power L.....................3.2Twin Power H.....................4.6
PowerGrip® GT®2 / GT3& TruMotion®...............g/m2M (2mm)......................1.43M (3mm)......................2.85M (5mm)......................4.18M (8mm) GT2...............5.58M (8mm) GT3...............5.814M (14mm) GT2...........9.614M (14mm) GT3...........9.7Twin Power® 3M..............2.8Twin Power® 5M..............4.1Twin Power® 8M..............6.9Twin Power® 14M..........11.4
Gates Mectrol® (Steel)Long Length Urethane ....g/mXL.....................................2.1L.......................................3.5H......................................3.9H-HF..................................4.2XH..................................10.5T5.....................................2.2AT5...................................3.2ATL5.................................3.6T10...................................4.3T10-HF..............................4.6AT10.................................5.6ATL10...............................6.7ATL10-HF...........................6.9T20...................................7.3AT20.................................9.9ATL20.............................10.8HTD5................................4.1HTD8................................5.9HTD14............................10.7HTDL14...........................12.3STD5.................................3.9STD8.................................5.1
Conteúdo de qualidade, parabéns professor!
Obrigado, Silvio! Uma pena você ter mudado de Escola, pois agregaria muito às aulas de Manutenção!
Não achei o video ensinando a usar o medidor de tensão
Boa tarde. Qual a tua dúvida?
T = 4 x M x W x S2 x f2 x 10-9
Onde: T = Belt span tension (Newtons)
M* = Belt mass constant (g/m)
W = Belt width (mm) or number of belt strands
S = Length of the span to be measured (mm)
f = Natural frequency of the belt (Hz)
Poderia disponibilizar para nós as tabelas de M ?
@@MarioGabriel-c8u Poly Chain® GT® Carbon™
(all Poly Chain) ...........g/m
5M (5mm)......................3.0
8M (8mm)......................4.7
14M (14mm)..................7.9
19M (19mm)................10.5
PowerGrip® Timing
& TruMotion® .................g/m
MXL (0.080”).....................1.3
XL (0.200”).......................2.4
L (0.375”).........................3.2
H (0.500”).........................3.9
XH (0.875”).....................11.3
XXH (1.25”).....................14.9
Twin Power XL....................1.9
Twin Power L.....................3.2
Twin Power H.....................4.6
PowerGrip® GT®2 / GT3
& TruMotion®...............g/m
2M (2mm)......................1.4
3M (3mm)......................2.8
5M (5mm)......................4.1
8M (8mm) GT2...............5.5
8M (8mm) GT3...............5.8
14M (14mm) GT2...........9.6
14M (14mm) GT3...........9.7
Twin Power® 3M..............2.8
Twin Power® 5M..............4.1
Twin Power® 8M..............6.9
Twin Power® 14M..........11.4
Gates Mectrol® (Steel)
Long Length Urethane ....g/m
XL.....................................2.1
L.......................................3.5
H......................................3.9
H-HF..................................4.2
XH..................................10.5
T5.....................................2.2
AT5...................................3.2
ATL5.................................3.6
T10...................................4.3
T10-HF..............................4.6
AT10.................................5.6
ATL10...............................6.7
ATL10-HF...........................6.9
T20...................................7.3
AT20.................................9.9
ATL20.............................10.8
HTD5................................4.1
HTD8................................5.9
HTD14............................10.7
HTDL14...........................12.3
STD5.................................3.9
STD8.................................5.1
Conteúdo de qualidade, parabéns professor!
Obrigado, Silvio! Uma pena você ter mudado de Escola, pois agregaria muito às aulas de Manutenção!
Não achei o video ensinando a usar o medidor de tensão
Boa tarde. Qual a tua dúvida?