A 4 L
Fibre-glass insulated cores with SABtex braiding and steel wire armouring
Application
Fibre-glass insulated cores with SABtex braiding and steel wire armouring has a minimum bending radius of 12 x d. Moreover, it has a low smoke emission and an outer dimension of approx. 5,4 x 7,6 mm. This cable is obtainable as compensating and extension cable. Temperature resistant up to:
fixed laying: -40/+180°C
flexible application: -25/+180°C
short-time use: +250°C
Additional information
With SABtex braiding!
DIN 43710 / 43714 (not valid for type B*)
* Not standardized compensating cable for thermocouples type B with application temperatures up to 100 °C resp. 200 °C.
C = compensating cables · X = extension cables
Construction
| Insulation | fibre-glass |
|---|---|
| Stranding | 2 cores parallel |
| Braiding | SABtex with tracer |
| Armouring | galvanized steel wire armouring with tracer |
| Shape | oval |
| Conductor construction | strand |
| Conductor cross section | 1,5 mm² |
| Outer diameter | approx. 4,8 x 7,0 mm |
| Weight/100m | approx. 7,4 kg |
fibre-glass
2 cores parallel
SABtex with tracer
galvanized steel wire armouring with tracer
oval
strand
1,5 mm²
approx. 4,8 x 7,0 mm
approx. 7,4 kg
Technical data
| Min. bending radius | 12 x d |
|---|---|
| Temperature range of insulation | fixed laying: -50/+200°C flexible application: -50/+200°C short-time use: +300°C |
| Halogen-free | acc. to IEC 60754-1 + VDE 0482-754-1 |
| Flame propagation | no flame propagation |
| Fire performance | flame retardant and self-extinguishing acc. to IEC 60332-1-2 + VDE 0482-332-1-2 |
| Corrosiveness of conflagration gases | in compliance with IEC 60754-2 + VDE 0482-754-2 - no development of corrosive conflagration gases |
| Smoke density | low (low smoke emission) |
| Absence of harmful substances | acc. to RoHS directive of the European Union |
12 x d
fixed laying: -50/+200°C
flexible application: -50/+200°C
short-time use: +300°C
acc. to IEC 60754-1 + VDE 0482-754-1
no flame propagation
acc. to IEC 60332-3-24 + VDE 0482-332-3-24
resp. IEC 60332-3-25 + VDE 0482-332-3-25 category C resp. D
flame retardant and self-extinguishing acc. to IEC 60332-1-2 + VDE 0482-332-1-2
in compliance with IEC 60754-2 + VDE 0482-754-2 - no development of corrosive conflagration gases
low (low smoke emission)
acc. to RoHS directive of the European Union
Dimensions
| item no. | Colour code | For thermocouple |
Thermocouple material +Pol/-Pol | Cable type |
Colour code core insulation +Pol/-Pol (Sheath) | EMF at 100 °C | |
|---|---|---|---|---|---|---|---|
| L04158958 | IEC 60584 | Type T | Cu - CuNi | TX | brown/white (brown) | 4,28 mV | Send inquiry |
| L04158952 | IEC 60584 | Type J | Fe - CuNi | JX | black/white (black) | 5,27 mV | Send inquiry |
| L04158995 | IEC 60584 | Type K | NiCr - Ni | KCA | green/white (green) | 4,10 mV | Send inquiry |
| L04158999 | IEC 60584 | Type K | NiCr - Ni | KCB | green/white (green) | 4,10 mV | Send inquiry |
| L04158954 | IEC 60584 | Type K | NiCr - Ni | KX | green/white (green) | 4,10 mV | Send inquiry |
| L04158953 | IEC 60584 | Type E | NiCr - CuNi | EX | purple/white (purple) | 6,32 mV | Send inquiry |
| L04158997 | IEC 60584 | Type R/S | PtRh13 - PTPtRh10 - PT | R/SCB | orange/white (orange) | 0,65 mV | Send inquiry |
| L04158991 | IEC 60584 | Type N | NiCrSi - NiSi | NC | pink/white (pink) | 2,77 mV | Send inquiry |
| L04158992 | DIN 43710 / 43714 | Type L | Fe CuNi | LX | red/blue (blue) | 5,37 mV | Send inquiry |
| L04138994 | DIN 43710 / 43715 | Type K | ─ | KCA | ─ | 4,10 mV | Send inquiry |
| L04138996 | DIN 43710 / 43716 | Type R/S | ─ | R/SCB | ─ | 0,65 mV | Send inquiry |
| L04158998 | DIN 43710 / 43717 | Type U | Cu - CuNi | UX | red/brown (brown) | 4,25 mV | Send inquiry |
| L04138901 | DIN 43710 / 43718 | Type B* | ─ | BC-100 | ─ | 0,00 mV | Send inquiry |
| L04138902 | DIN 43710 / 43719 | Type B* | ─ | BC-200 | ─ | 0,033 mV | Send inquiry |
material +Pol/-Pol
core insulation
+Pol/-Pol (Sheath)
We continue to manufacture compensating and extension cables with colour code acc. to DIN 43714 and the basic values of DIN 43710.