Technische Daten - Conrad SNG 1000 Bedienungsanleitung

6. Technische Daten

Betriebsspannung..................: 207-253 VAC
Netzfrequenz..........................: 47-63 Hz
Leistungsaufnahme ...............: max. ca. 20 W beim SNG 1000
Ausgangsspannung ...............: ca. 3-4,5-6-7,5-9-12 V
Ausgangsstrom (Nennlast).....: max. 1 A (= 1000 mA)
Restwelligkeit bei Nennlast....: < ca.100 mV
Masse ....................................: je ca. 235 g
Abmessungen (B x H x T) ......: 67 x 94p x 93 mm
Abmessungen der beiliegenden Adapterstecker (je 1 x)
Außen-/Innendurchmesser Länge
2,5 mm ——
3,5 mm ——
2,35 mm 0,75 mm
3,5 mm 1,35 mm
4,0 mm 1,7 mm
5,5 mm 1,5 mm
5,0 mm 2,1 mm
5,5 mm 2,5 mm
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max. ca. 30 W beim SNG 1500
Gleichspannung umschaltbar
beim SNG 1000
max. 1,5 A (= 1500 mA)
beim SNG 1500
(ohne Anschlußleitungen)
13,5 mm Mono-Klinkenstecker
15,0 mm Mono-Klinkenstecker
10 mm Stecker für Handys
10 mm „Walkman"-Stecker
13,5 mm NV-Stecker Norm 815
13,5 mm NV-Stecker Norm 815
13,5 mm NV-Stecker Norm 815
13,5 mm NV-Stecker Norm 815
• Operation must not take place under unfavourable ambient
conditions. Unfavourable ambient conditions include:
- moisture or excessive humidity
- dust and combustible gases, fumes or solvents
Any use other than that described above can lead to damage to
the product and can also cause hazards, such as for example short
circuit, fire, electric shock, etc. No part of the product may be mo-
dified or converted! The safety instructions are to be followed with-
out fail!
2. Introduction
Both the switching Plug-In AC Power Supplies SNG 1000 and SNG
1500 have six fixed output voltages from 3 V DC to 12 V DC and
can therefore be employed universally in schools, at work and for
hobbies, e.g. with Walkman, Discman, LCD monitors, cassette re-
corders, small radios, etc.
The power supplies are electronically overload-protected and the-
refore also short-circuit-proof. During overload (short-circuit, ex-
cessive continuous current consumption) the output is controlled
down (the LED goes out). Only when the short-circuit is removed or
the load switched off is the output released.
A heavier transformer is superfluous thanks to the switching techni-
ques used, thereby an enormous saving in weight results.
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