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Keyence fibra opticus sensoriis fu-51TZ Fu-52TZ Fu-53TZ Fu-54TZ Fu-56TZ Fu-57TZ Fu-57TE

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Keyence FIBER opticus sensoriis Fu-51TZ Fu-52TZ Fu-53TZ Fu-54TZ Fu-56TZ Fu-57TZ Fu-57TE

Series #: Keyence Fibra opticum sensoriis

Keyence fibra opticus sensoriis Fu-51TZ Fu-52TZ Fu-53TZ Fu-54TZ Fu-56TZ Fu-57TZ Fu-51te
Possimus omnia genera keyence sensorem partes ut Keyence Digital laser sensoriis,Keyence vision sensoriis,Keyence fibra opticum sensoriis:Keyence inductive propinquitas sensoriis,Keyence Photoelectric sensoriis:Keyence positus sensoriis et.
Omnes partes sunt C% originale et novum in stirpe per keyence et ieiunium partus tempore in I die
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Product Description

Series #: Keyence Fibra opticum sensoriis

Keyence fibra opticus sensoriis Fu-51TZ Fu-52TZ Fu-53TZ Fu-54TZ Fu-56TZ Fu-57TZ Fu-51te
Possimus omnia genera keyence sensorem partes ut Keyence Digital laser sensoriis,Keyence vision sensoriis,Keyence fibra opticum sensoriis:Keyence inductive propinquitas sensoriis,Keyence Photoelectric sensoriis:Keyence positus sensoriis et.

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Exemplar	Fu-51TZ * I
Optical axis diameter (vexillum scopum ut detecta)	ø.5 mm0.02 '
Trabem emittens directionem	Top
Fibra unitas Longitudo	I M39.37 'Free-Conscidisti
Fibra unitas diameter	øøchia0
Minimum flectere radii	R2 mm0.079 'lenta-flex
Minimum Detectable Object	Object cum diameter 0.005 mm0.0002 '* II
Environmental resistentia ambientium temperatus	-40 ad C ° C -40 ad CXXII ° F
Pondus	Proxime. V g
Exemplar	Fu-52TZ * I
Optical axis diameter (vexillum scopum ut detecta)	Dø1 MM0.039 '
Trabem emittens directionem	Top
Fibra unitas Longitudo	II m78.74 'Free-Conscidisti
Fibra unitas diameter	øøø1.3
Minimum flectere radii	R2 mm0.079 'lenta-flex
Minimum Detectable Object	Object cum diameter 0.005 mm0.0002 '* II
Environmental resistentia ambientium temperatus	-40 ad C ° C -40 ad CXXII ° F
Pondus	Proxime. XV g
Exemplar	Fu-53tz * I
Optical axis diameter (vexillum scopum ut detecta)	ø.5 mm0.02 '
Trabem emittens directionem	Planus
Fibra unitas Longitudo	I M39.37 'Free-Conscidisti
Fibra unitas diameter	øøchia0
Minimum flectere radii	R2 mm0.079 'lenta-flex
Minimum Detectable Object	Object cum diameter 0.005 mm0.0002 '* II
Environmental resistentia ambientium temperatus	-40 ad C ° C -40 ad CXXII ° F
Pondus	Proxime. X g
Exemplar	Fu-54TZ * I
Optical axis diameter (vexillum scopum ut detecta)	Dø1 MM0.039 '
Trabem emittens directionem	Planus
Fibra unitas Longitudo	II m78.74 'Free-Conscidisti
Fibra unitas diameter	ø2.2
Minimum flectere radii	R2 mm0.079 'lenta-flex
Minimum Detectable Object	Object cum diameter 0.005 mm0.0002 '* II
Environmental resistentia ambientium temperatus	-40 ad C ° C -40 ad CXXII ° F
Pondus	Proxime. XXV g
Exemplar	Fu-56tz * I
Genus	unitas fibra
Figura	Thrubeam
Minimum flectere radii	R2 mm
Minimum Detectable Object	Opacum materia cum diameter 0.005 mm0.0002 '* II
Pondus	Proxime. XX g
Exemplar	Fu-57TE * I
Optical axis diameter (vexillum scopum ut detecta)	ø0.7 mm0.028 '
Magnitudo	X × 10.5 × 2.5 MM0.236 '× 0.394' × 0.098 '
Fibra unitas Longitudo	I M39.37 'Free-Conscidisti
Fibra unitas diameter	øøchia0
Minimum flectere radii	R4 mm0.157 'High-Flex
Minimum Detectable Object	Object cum diameter 0.005 mm0.0002 '* II
Pondus	Proxime. V g
Exemplar	Fu-57TZ * I
Optical axis diameter (vexillum scopum ut detecta)	ø.5 mm0.02 '
Trabem emittens directionem	Latus
Fibra unitas Longitudo	I M39.37 'Free-Conscidisti
Fibra unitas diameter	øøchia0
Minimum flectere radii	R2 mm0.079 'lenta-flex
Minimum Detectable Object	Object cum diameter 0.005 mm0.0002 '* II
Pondus	Proxime. V g