SHIELD MD-EE92-12AC5 Pur, halogen free, ul 300 v Datasheet

CABLES - CAVI
MD-EE
PUR, halogen free, UL 300 V,
shielded, twisted in pair
PUR, senza alogeni, UL 300 V,
con schermo, cordato a coppie
Description. Conductor insulation: halogen free polyolefin PP9Y, conductors twisted in pairs,
separation soft tape, tinned copper braid, min. coverage 85%, EMC 89/336/EC. Sheath of matt
halogen free polyether polyurethane (PUR).
Application. Suitable for reducing crosstalk noises for frequencies up to 500 kHz, see paragraph
“Signal Transmission Noises” in the section “General Information”. Completely halogen free
cable, it does not emit halogens in case of fire; flame resistance degree: UL94 horizontal flame
test. Very good resistance to common chemical agents and oils (UL 1581).
Abrasion resistance and excellent mobile laying behaviour (7m/s2, 200 m/min).
Max working voltage: 300 V. Test voltage: 1500 V up to 0,25 mm2, 2000 V over.
Descrizione. Isolante conduttori in poliolefina PP9Y senza alogeni, conduttori cordati a coppie,
nastro morbido di separazione, schermo a treccia in rame stagnato, copertura minima 85%, EMC
89/336/CE. Guaina in poliuretano (PUR) polietere opaco senza alogeni.
Impiego. Adatto a ridurre disturbi di diafonia per frequenze fino a 500 kHz, v. paragrafo “Disturbi
di Trasmissione Segnali” nella sezione “Informazioni Generali”. Interamente senza alogeni, non
emette sostanze corrosive in caso di incendio; grado di resistenza alla fiamma: UL94 test fiamma
orizzontale. Ottima resistenza agli agenti chimici e agli idrocarburi comuni (UL1581). Ottimo
comportamento in posa mobile (7m/s2, 200 m/min) e resistenza all’abrasione.
Tensione massima di lavoro: 300 V. Tensione di prova: 1500 V fino a 0,25 mm2, 2000 V
oltre.
Note to table:
(a) example: 2x2 = four wires twisted in pairs; s = shielding.
(b) colours: C = according to IEC 60304 (former DIN 47100), see section “General Information”,
colours are coupled in sequence: first-second, third-fourth, etc.
(c) norms: UL = UL recognized (United States) / CSA = CSA recognized (Canada).
Formation
Formazione
Descriptive code
Codice descrittivo
Short
code
Codice
breve
1,00
0,75
0,50
0,34
0,25
0,14
n x mm2 (a)
[2x2x0,14]s
[3x2x0,14]s
[4x2x0,14]s
[5x2x0,14]s
[2x2x0,25]s
[3x2x0,25]s
[4x2x0,25]s
[5x2x0,25]s
[6x2x0,25]s
[8x2x0,25]s
[10x2x0,25]s
[12x2x0,25]s
[20x2x0,25]s
[2x2x0,34]s
[3x2x0,34]s
[4x2x0,34]s
[5x2x0,34]s
[6x2x0,34]s
[8x2x0,34]s
[10x2x0,34]s
[12x2x0,34]s
[20x2x0,34]s
[2x2x0,50]s
[3x2x0,50]s
[4x2x0,50]s
[5x2x0,50]s
[6x2x0,50]s
[8x2x0,50]s
[10x2x0,50]s
[12x2x0,50]s
[20x2x0,50]s
[2x2x0,75]s
[3x2x0,75]s
[4x2x0,75]s
[5x2x0,75]s
[6x2x0,75]s
[8x2x0,75]s
[10x2x0,75]s
[2x2x1,00]s
[3x2x1,00]s
[4x2x1,00]s
[5x2x1,00]s
[6x2x1,00]s
[8x2x1,00]s
[10x2x1,00]s
MD-EE9
MD-EE91-04AC5
MD-EE91-06AC5
MD-EE91-08AC5
MD-EE91-10AC5
MD-EE92-04AC5
MD-EE92-06AC5
MD-EE92-08AC5
MD-EE92-10AC5
MD-EE92-12AC5
MD-EE92-16AC5
MD-EE92-20AC5
MD-EE92-24AC5
MD-EE92-40AC5
MD-EE93-04AC5
MD-EE93-06AC5
MD-EE93-08AC5
MD-EE93-10AC5
MD-EE93-12AC5
MD-EE93-16AC5
MD-EE93-20AC5
MD-EE93-24AC5
MD-EE93-40AC5
MD-EE94-04AC5
MD-EE94-06AC5
MD-EE94-08AC5
MD-EE94-10AC5
MD-EE94-12AC5
MD-EE94-16AC5
MD-EE94-20AC5
MD-EE94-24AC5
MD-EE94-40AC5
MD-EE95-04AC5
MD-EE95-06AC5
MD-EE95-08AC5
MD-EE95-10AC5
MD-EE95-12AC5
MD-EE95-16AC5
MD-EE95-20AC5
MD-EE96-04AC5
MD-EE96-06AC5
MD-EE96-08AC5
MD-EE96-10AC5
MD-EE96-12AC5
MD-EE96-16AC5
MD-EE96-20AC5
265
401
Note alla tabella:
(a) esempio: 2x2 = quattro conduttori cordati a coppie; s = schermo.
(b) colori: C = secondo IEC 60304 (ex DIN 47100), vedere sezione “Informazioni Generali”,
i colori sono accoppiati in sequenza: primo-secondo, terzo-quarto, ecc.
(c) norme: UL = certificato UL (Stati Uniti) / CSA = certificato CSA (Canada).
Refer. or style
Rifer. o style
Sheath colour
Colore guaina
Wires
colour
Colore
cond.
Copper
class
Classe
rame
Static
application
Applicazione
statica
Dynamic
application
Applicazione
dinamica
(c)
RAL
(b)
IEC 60228
°C
°C
-40...+ 80
-40...+ 80
-40...+ 80
-40...+ 80
-40...+ 80
-40...+ 80
-40...+ 80
-40...+ 80
-40...+ 80
-40...+ 80
-40...+ 80
-40...+ 80
-40...+ 80
-40...+ 80
-40...+ 80
-40...+ 80
-40...+ 80
-40...+ 80
-40...+ 80
-40...+ 80
-40...+ 80
-40...+ 80
-40...+ 80
-40...+ 80
-40...+ 80
-40...+ 80
-40...+ 80
-40...+ 80
-40...+ 80
-40...+ 80
-40...+ 80
-40...+ 80
-40...+ 80
-40...+ 80
-40...+ 80
-40...+ 80
-40...+ 80
-40...+ 80
-40...+ 80
-40...+ 80
-40...+ 80
-40...+ 80
-40...+ 80
-40...+ 80
-40...+ 80
-30...+ 80
-30...+ 80
-30...+ 80
-30...+ 80
-30...+ 80
-30...+ 80
-30...+ 80
-30...+ 80
-30...+ 80
-30...+ 80
-30...+ 80
-30...+ 80
-30...+ 80
-30...+ 80
-30...+ 80
-30...+ 80
-30...+ 80
-30...+ 80
-30...+ 80
-30...+ 80
-30...+ 80
-30...+ 80
-30...+ 80
-30...+ 80
-30...+ 80
-30...+ 80
-30...+ 80
-30...+ 80
-30...+ 80
-30...+ 80
-30...+ 80
-30...+ 80
-30...+ 80
-30...+ 80
-30...+ 80
-30...+ 80
-30...+ 80
-30...+ 80
-30...+ 80
-30...+ 80
-30...+ 80
-30...+ 80
-30...+ 80
-30...+ 80
-30...+ 80
300V 80°C UL-CSA
300V 80°C UL-CSA
300V 80°C UL-CSA
300V 80°C UL-CSA
300V 80°C UL-CSA
300V 80°C UL-CSA
300V 80°C UL-CSA
300V 80°C UL-CSA
300V 80°C UL-CSA
300V 80°C UL-CSA
300V 80°C UL-CSA
300V 80°C UL-CSA
300V 80°C UL-CSA
300V 80°C UL-CSA
300V 80°C UL-CSA
300V 80°C UL-CSA
300V 80°C UL-CSA
300V 80°C UL-CSA
300V 80°C UL-CSA
300V 80°C UL-CSA
300V 80°C UL-CSA
300V 80°C UL-CSA
300V 80°C UL-CSA
300V 80°C UL-CSA
300V 80°C UL-CSA
300V 80°C UL-CSA
300V 80°C UL-CSA
300V 80°C UL-CSA
300V 80°C UL-CSA
300V 80°C UL-CSA
300V 80°C UL-CSA
300V 80°C UL-CSA
300V 80°C UL-CSA
300V 80°C UL-CSA
300V 80°C UL-CSA
300V 80°C UL-CSA
300V 80°C UL-CSA
300V 80°C UL-CSA
300V 80°C UL-CSA
300V 80°C UL-CSA
300V 80°C UL-CSA
300V 80°C UL-CSA
300V 80°C UL-CSA
300V 80°C UL-CSA
300V 80°C UL-CSA
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www.shield.net
C
C
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C
C
C
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C
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Note Nota
33 MD-E
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