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

RS kataloški broj:: 759-4814robna marka: 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.

Provjerite ponovno kasnije.

Informacije o stanju skladišta trenutno nisu dostupne.

KM 77,28

KM 77,28 Each (bez PDV-a)

KM 90,42

KM 90,42 Each (s PDV-om)

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

1

Dostupno u više komada 1
1KM 77,28
2KM 154,56
3KM 231,84
4KM 309,12
5KM 386,40
6KM 463,68
7KM 540,96
8KM 618,24
9KM 695,52
10KM 756,15
11KM 831,76
12KM 907,38
13KM 982,99
14KM 1.058,61
15KM 1.134,22

KM 77,28

KM 77,28 Each (bez PDV-a)

KM 90,42

KM 90,42 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
1KM 77,28
2KM 154,56
3KM 231,84
4KM 309,12
5KM 386,40
6KM 463,68
7KM 540,96
8KM 618,24
9KM 695,52
10KM 756,15
11KM 831,76
12KM 907,38
13KM 982,99
14KM 1.058,61
15KM 1.134,22

Kupujte na veliko

količinaJedinična cijena
1 - 9KM 77,28
10 - 24KM 75,61
25 - 49KM 74,66
50 - 99KM 71,89
100+KM 67,29

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.