DBK Enclosures Enclosure Heater, 110 → 240V ac/dc, 30W Output

RS kataloški broj:: 759-4814brend: DBK EnclosuresProizvođački broj:: Nimbus D65, 370177,01
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Prikaži sve u Enclosure Heaters

Tehnička dokumentacija

Tehnički podaci

Brand

DBK Enclosures

Output Power

30W

Supply Voltage

110 → 240V ac/dc

Zemlja podrijetla

Germany

Detalji o proizvodu

Nimbus D PTC Cabinet Heaters

Nimbus D PTC cabinet heaters feature optimised convectional heat transfer through chimney effect, increasing reliability without switching components. Self-regulating PTC technology allows for even higher efficiency and safety due to temperature self-limitation.

Informacije o stanju skladišta trenutno nisu dostupne.

RSD 4.541

RSD 4.541 Each (bez PDV-a)

RSD 5.449

RSD 5.449 Each (s PDV-om)

DBK Enclosures Enclosure Heater, 110 → 240V ac/dc, 30W Output

1

Dostupno u više komada 1
1RSD 4.541
2RSD 9.082
3RSD 13.623
4RSD 18.163
5RSD 22.704
6RSD 27.245
7RSD 31.786
8RSD 36.327
9RSD 40.868
10RSD 44.442
11RSD 48.886
12RSD 53.330
13RSD 57.775
14RSD 62.219
15RSD 66.663

RSD 4.541

RSD 4.541 Each (bez PDV-a)

RSD 5.449

RSD 5.449 Each (s PDV-om)

DBK Enclosures Enclosure Heater, 110 → 240V ac/dc, 30W Output
Informacije o stanju skladišta trenutno nisu dostupne.

1

Dostupno u više komada 1
1RSD 4.541
2RSD 9.082
3RSD 13.623
4RSD 18.163
5RSD 22.704
6RSD 27.245
7RSD 31.786
8RSD 36.327
9RSD 40.868
10RSD 44.442
11RSD 48.886
12RSD 53.330
13RSD 57.775
14RSD 62.219
15RSD 66.663

Informacije o stanju skladišta trenutno nisu dostupne.

Proverite ponovno kasnije.

količinaJedinična cena
1 - 9RSD 4.541
10 - 24RSD 4.444
25 - 49RSD 4.388
50 - 99RSD 4.225
100+RSD 3.954

Tehnička dokumentacija

Tehnički podaci

Brand

DBK Enclosures

Output Power

30W

Supply Voltage

110 → 240V ac/dc

Zemlja podrijetla

Germany

Detalji o proizvodu

Nimbus D PTC Cabinet Heaters

Nimbus D PTC cabinet heaters feature optimised convectional heat transfer through chimney effect, increasing reliability without switching components. Self-regulating PTC technology allows for even higher efficiency and safety due to temperature self-limitation.