MF-TE Datasheet, PDF (1/2 Pages) SHIELD s.r.l. – PUR outer sheath, pvc inside, UL 300 V

CABLES - CAVI
MF-TE
MF-TK
PUR outer sheath, pvc inside, UL 300 V
PUR guaina esterna, pvc interno, UL 300 V
Description. Conductor insulation: special PVC. Internal sheath: special PVC. Outer sheath of
matt polyether polyurethane (PUR).
Application. The internal PVC sheath makes for easier cable working with respect to the
corresponding types entirely made of PUR. Very good resistance to common chemical agents
and oils (UL 1581). Flame resistance grade: UL94 horizontal flame test. Good abrasion
resistance. The cables with class 6 conductors have a good mobile laying behaviour.
Max working voltage: 300 V. Test voltage: 1500 V up to 0,25 mm2, 2000 V over.
Note to table:
(a) example: 3 = three wires; 2+1 = two wires + yellow/green earth.
(b) colours: A = brown, blue, black, white, grey; yellow/green earth if present.
C = according to IEC 60304 (former DIN 47100), see section “General Information”.
N = black with white numbers; yellow/green earth if present.
(c) norms: UL = UL recognized (United States) / CSA = CSA recognized (Canada).
Descrizione. Isolante conduttori: PVC speciale. Guaina interna: PVC speciale. Guaina esterna
in poliuretano (PUR) polietere opaco.
Impiego. La guaina interna in PVC facilita la lavorazione rispetto ai tipi corrispondenti costruiti
in solo poliuretano. Ottima resistenza agli agenti chimici e agli idrocarburi comuni (UL1581).
Grado di resistenza alla fiamma: UL94 test fiamma orizzontale. Buona resistenza all’abrasione.
I cavi con conduttori in classe 6 hanno un buon comportamento in posa mobile.
Tensione massima di lavoro: 300 V. Tensione di prova: 1500 V fino a 0,25 mm2, 2000 V
oltre.
Note alla tabella:
(a) esempio: 3 = tre conduttori; 2+1 = due conduttori + terra giallo/verde.
(b) colori: A = marrone, blu, nero, bianco, grigio; terra giallo/verde se presente.
C = secondo IEC 60304 (ex DIN 47100), vedere sezione “Informazioni Generali”.
N = nero con numeri bianchi; terra giallo/verde se presente.
(c) norme: UL = certificato UL (Stati Uniti) / CSA = certificato CSA (Canada).
Formation
Formazione
n x mm² (a)
3x0,25
4x0,25
5x0,25
8x0,25
2x0,34
3x0,34
4x0,34
(4+1)x0,34
8x0,34
10x0,25
12x0,25
14x0,25
16x0,25
18x0,25
20x0,25
25x0,25
37x0,25
10x0,34
12x0,34
14x0,34
16x0,34
18x0,34
20x0,34
25x0,34
37x0,34
2x0,50
(2+1)x0,50
3x0,50
(3+1)x0,50
4x0,50
(4+1)x0,50
5x0,50
6x0,50
(6+1)x0,50
7x0,50
8x0,50
(9+1)x0,50
10x0,50
(11+1)x0,50
12x0,50
14x0,50
(15+1)x0,50
16x0,50
(17+1)x0,50
18x0,50
20x0,50
25x0,50
37x0,50
Descriptive code
Codice descrittivo
Short
code
Codice
breve
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
Note Nota
(c)
RAL
(b)
IEC 60228 °C
°C
MF-TE9
MF-TE92-03XA5
300V 80°C UL-CSA bk 9005
A
6
-25...+ 80 -15...+ 80
MF-TE92-04XA5
300V 80°C UL-CSA bk 9005
A
6
-25...+ 80 -15...+ 80
MF-TE92-05XA5
300V 80°C UL-CSA bk 9005
A
6
-25...+ 80 -15...+ 80
MF-TE92-08XC5
300V 80°C UL-CSA bk 9005
C
6
-25...+ 80 -15...+ 80
MF-TE93-02XA5
300V 80°C UL-CSA bk 9005
A
6
-25...+ 80 -15...+ 80
MF-TE93-03XA5
300V 80°C UL-CSA bk 9005
A
6
-25...+ 80 -15...+ 80
MF-TE93-04XA5
300V 80°C UL-CSA bk 9005
A
6
-25...+ 80 -15...+ 80
MF-TE93-05GA5
300V 80°C UL-CSA bk 9005
A
6
-25...+ 80 -15...+ 80
MF-TE93-08XC5 3F3 300V 80°C UL-CSA bk 9005
C
6
-25...+ 80 -15...+ 80
MF-TK9
MF-TK92-10XC5 244 300V 80°C UL-CSA bk 9005
C
5
-25...+ 80
MF-TK92-12XC5 247 300V 80°C UL-CSA bk 9005
C
5
-25...+ 80
MF-TK92-14XC5 248 300V 80°C UL-CSA bk 9005
C
5
-25...+ 80
MF-TK92-16XC5 237 300V 80°C UL-CSA bk 9005
C
5
-25...+ 80
MF-TK92-18XC5 238 300V 80°C UL-CSA bk 9005
C
5
-25...+ 80
MF-TK92-20XC5 239 300V 80°C UL-CSA bk 9005
C
5
-25...+ 80
MF-TK92-25XC5 240 300V 80°C UL-CSA bk 9005
C
5
-25...+ 80
MF-TK92-37XC5
300V 80°C UL-CSA bk 9005
C
5
-25...+ 80
MF-TK93-10XC5 3F4 300V 80°C UL-CSA bk 9005
C
5
-25...+ 80
MF-TK93-12XC5 3F5 300V 80°C UL-CSA bk 9005
C
5
-25...+ 80
MF-TK93-14XC5 3F6 300V 80°C UL-CSA bk 9005
C
5
-25...+ 80
MF-TK93-16XC5 3F7 300V 80°C UL-CSA bk 9005
C
5
-25...+ 80
MF-TK93-18XC5 3F8 300V 80°C UL-CSA bk 9005
C
5
-25...+ 80
MF-TK93-20XC5 3F9 300V 80°C UL-CSA bk 9005
C
5
-25...+ 80
MF-TK93-25XC5 3F0 300V 80°C UL-CSA bk 9005
C
5
-25...+ 80
MF-TK93-37XC5
300V 80°C UL-CSA bk 9005
C
5
-25...+ 80
MF-TK94-02XA5 467 300V 80°C UL-CSA bk 9005
A
5
-25...+ 80
MF-TK94-03GA5 468 300V 80°C UL-CSA bk 9005
A
5
-25...+ 80
MF-TK94-03XA5
300V 80°C UL-CSA bk 9005
A
5
-25...+ 80
MF-TK94-04GA5 403 300V 80°C UL-CSA bk 9005
A
5
-25...+ 80
MF-TK94-04XA5
300V 80°C UL-CSA bk 9005
A
5
-25...+ 80
MF-TK94-05GA5 470 300V 80°C UL-CSA bk 9005
A
5
-25...+ 80
MF-TK94-05XA5
300V 80°C UL-CSA bk 9005
A
5
-25...+ 80
MF-TK94-06XC5 4F1 300V 80°C UL-CSA bk 9005
C
5
-25...+ 80
MF-TK94-07GN5 473 300V 80°C UL-CSA bk 9005
N
5
-25...+ 80
MF-TK94-07XC5
300V 80°C UL-CSA bk 9005
C
5
-25...+ 80
MF-TK94-08XC5 4F3 300V 80°C UL-CSA bk 9005
C
5
-25...+ 80
MF-TK94-10GN5
300V 80°C UL-CSA bk 9005
N
5
-25...+ 80
MF-TK94-10XC5 4F4 300V 80°C UL-CSA bk 9005
C
5
-25...+ 80
MF-TK94-12GN5 440 300V 80°C UL-CSA bk 9005
N
5
-25...+ 80
MF-TK94-12XC5 4F5 300V 80°C UL-CSA bk 9005
C
5
-25...+ 80
MF-TK94-14XC5 4F6 300V 80°C UL-CSA bk 9005
C
5
-25...+ 80
MF-TK94-16GN5
300V 80°C UL-CSA bk 9005
N
5
-25...+ 80
MF-TK94-16XC5 4F7 300V 80°C UL-CSA bk 9005
C
5
-25...+ 80
MF-TK94-18GN5 444 300V 80°C UL-CSA bk 9005
N
5
-25...+ 80
MF-TK94-18XC5 4F8 300V 80°C UL-CSA bk 9005
C
5
-25...+ 80
MF-TK94-20XC5 4F9 300V 80°C UL-CSA bk 9005
C
5
-25...+ 80
MF-TK94-25XC5 4F0 300V 80°C UL-CSA bk 9005
C
5
-25...+ 80
MF-TK94-37XC5
300V 80°C UL-CSA bk 9005
C
5
-25...+ 80
33 MF-T 1
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