UNIFILAR elektrisches Kabel 1.5mm2 - BLUEZONE WATER

Marca: BLUEZONEWATER

Preis
$2
Steuern inklusive. Versand wird an der Kasse berechnet.
Größe: 1.5mm2 green - 1m

UNIFILAR elektrisches Kabel 1.5mm2 - BLUEZONE WATER

Größe
Preis
Cabo Elétrico UNIFILAR 1.5mm2 - BLUEZONE WATER - IOT-POOL
1.5mm2 green - 1m
Preis
$2
Cabo Elétrico UNIFILAR 1.5mm2 - BLUEZONE WATER - IOT-POOL
1.5mm2 green - 100m
Preis
$107
Cabo Elétrico UNIFILAR 1.5mm2 - BLUEZONE WATER - IOT-POOL
1.5mm2 red - 1m
Preis
$2
Cabo Elétrico UNIFILAR 1.5mm2 - BLUEZONE WATER - IOT-POOL
1.5mm2 red - 100m
Preis
$107
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Cabo Elétrico UNIFILAR 1.5mm2 - BLUEZONE WATER - IOT-POOL

UNIFILAR elektrisches Kabel 1.5mm2 - BLUEZONE WATER

1.5mm2 green - 1m

Preis
$2
1.5mm2 green - 1m

Informationen zum Produkt

Marke BLUEZONEWATER

Recommended for all electrified irrigation system installations.


They allow the transport of power and supply between controllers and solenoid valves or sensors.


General features (single-line series)

Cable for low voltage installations. 
- Rigid bare copper core. 
- PVC insulation, non-flame-propagating.

Standardisation: NP - 2356, HD 21 - EN 60228:2005
Non-flame propagating - EN 50265-2-1.

Rated voltage: 450 / 755 V

External colour: Green or red


DIMENSIONAL CHARACTERISTICS - MATERIALS

Conductive cores

Nominal cross section straight - 1,5 mm2

Material - Rigid circular bare copper

No. of core wires - 1

Nominal core diameter - 1,35 mm

Isolation

Material - PVC TI 1-HD 21.1.S4

Nominal and average thickness - 1.75 mm

Minimum thickness - 1.7 mm

Application - Extrusion

No. of core wires - Green and red


Conductor

Nominal outside diameter - 4.85 mm

Nominal weight - 40 kg / km


ELECTRICAL CHARACTERISTICS


Rated voltage: Uo / U - 450 / 750 V

Maximum ohmic resistance in direct current at 20º C - 12,1 / km

Maximum ohmic resistance in direct current at 70º C - 14,5 / km

Maximum allowable current, permanent regime, a conductor in the open air, 30º C - 20 A

Maximum allowable temperatures continuous regime / short-circuit - 70 / 160º C

Maximum permissible short-circuit current t= 1 sec. - Ti/Tf= 70 / 160º C - 0.17 (kA)