Registreeru, et avada oma eksklusiivsed B2B hinnad ja alustada ostlemist. Registreeru kohe!
Current-limiting relay capacitive, 1 NO contact 16A image 1
ELTAKO

Current-limiting relay capacitive, 1 NO contact 16A

Laos: Ei Hankija laovaru: Ei Minimaalne tellimuse kogus: 1
Hind (ilma KM-ta):
37,40 €
Hind kehtib kuni 31.12.24
EAN: 4010312205464
MPN: 61100330
Pakend: 1

Technical Information

Toote seisukord Uus
Tootja nimi Current-limiting relay capacitive, 1 NO contact 16A
Bränd ELTAKO
Kategooriad Tarvikud (automaatika ja juhtimine)
Päritoluriik CN
Harmoneeritud süsteemi kood 8536 4900 00
Paigaldusviis Muul viisil
Nominaalne püsivool Iu 16 A
Lühisvoolu piiraja No
Maksimaalne näivvõimsus 600 VA

Pakendamise üksikasjad

Pakkimistase 1 4010312205464, 4010312205464
Pakkimistase 2 4010312205464
Pakkimistase 3 4010312205464

Allalaadimised

Toote lehe süvalink

Kirjeldus

1 NO contact 10A/250V AC. No standby loss. Built-in device for installation. 45mm long, 45mm wide, 18mm deep. Max. capacitive load 120μF downstream of rectifier (e.g. energy saving lamps and electronic ballast) or 60μF directly at the mains (e.g. shunt-compensated fluorescent lamps). Limiting resistor 24Ω, limiting period approx. 15ms. The starting current impulse of energy saving lamps, fluorescent lamps and compact fluorescent lamps is limited to 10A by short-time switch on (approx. 15ms) of heavy-duty resistors (24Ω). The current-limiting relay is connected on the load side of the protected relay contact. Permanent load max. 600W, max. switching frequency 600/h. Explanation of capacitive load specification: The specified max. capacitive load directly at the mains is the deciding factor determining shunt-compensated fluorescent lamps or conventional ballast, for example. Here the capacitor switched in parallel to the mains is the deciding factor determining the correct dimensioning per lamp. The specified max. capacitive load downstream of the rectifier is the deciding factor determining fluorescent lamp ballast or energy saving lamps, for example. An equivalent capacitance of 10µF per lamp may be calculated.