HV & MV Fuse Bases

Sicherungssockel für Sicherungseinsätze NF/UTE HTA, 55x520 mm (französischer Standard).

Die Meldevorrichtung löst bei Schmelzen einer Sicherung mit Auslösemelder den Öffnungsmechanismus für einen Stromkreis oder eine Anzeigevorrichtung elektrisch aus.

Durch dieses besonders widerstandsfähige, innovative Produkt werden mechanische Systeme überflüssig; zudem sind, je nach Konfiguration der Anlage, ein oder mehrere Mikroschalter integrierbar.

Sicherungshalter für Sicherungen mit Druckhülse

- 20,6 x 190

- 36 x 127

- 36 x 190

- 36 x 250

- 36 x 400

Vibrationsfestigkeit:

Diese Sicherungshalter für Wechsel-/Gleichstrom-Sicherungen mit Druckhülse wurden anhand von Sinusschwingungen auf allen 3 Achsen unter normalen Umgebungsbedingungen geprüft.

Spektrale Analyse: 1. Bereich (2 - 16 Hz) konstante Verlagerung x = 5 mm Spitzenwert.

2. Bereich (16 - 250 Hz) konstante Beschleunigung γ = 5 g Spitzenwert.

Exponentielle Geschwindigkeitsmessung: 1 Oktave pro Minute.

Dauer: 2 Stunden pro Achse

Fuse bases for DIN high voltage fuse-links with diameter 45mm and lengths 192, 292, 367, 442 and 537mm.
The indicating device enables electrical actuating of the opening mechanism for a circuit or triggering of an indicator during the melting of a fuse equipped with a trip-indicator.
This very robust and original device means freedom for any mechanical system and offers the advantage of being able to incorporate a microswitch unit or units according to the equipment configuration.

Fuse bases for HV fuse link for motor protection with diameter 45mm and lengths 192, 292, and 442mm.
The indicating device enables electrical actuating of the opening mechanism for a circuit or triggering of an indicator during the melting of a fuse equipped with a trip-indicator.
This very robust and original device means freedom for any mechanical system and offers the advantage of being able to incorporate a microswitch unit or units according to the equipment configuration.

Fuse supports, fuse disconnect switches and accessories from 2.4kV to 38kV.
Fuse supports, non-disconnecting, are used primarily in potential transformer circuits, or where there is some other disconnecting or isolating device in series with the fuse in the circuit. Disconnecting switch devices have the additional feature of serving to isolate the equipment they protect. It should be noted that disconnecting switches are not load-breaking devices, therefore, the circuit must be open prior to the fuse disconnection. Select either a fuse support or a disconnecting switch for each fuse. Fuse supports and disconnecting switches include live parts for both ends. Both fuse supports and fuse disconnect switches can be mounted vertically or horizontally. The type EK are used for indoor installations while the type EKO are used outdoors.

Fuse supports, fuse disconnect switches and accessories from 2.4kV to 38kV
Fuse supports, non-disconnecting, are used primarily in potential transformer circuits, or where there is some other disconnecting or isolating device in series with the fuse in the circuit. Disconnecting switch devices have the additional feature of serving to isolate the equipment they protect. It should be noted that disconnecting switches are not load-breaking devices, therefore, the circuit must be open prior to the fuse disconnection. Select either a fuse support or a disconnecting switch for each fuse. Fuse supports and disconnecting switches include live parts for both ends. Both fuse supports and fuse disconnect switches can be mounted vertically or horizontally. The type EK are used for indoor installations while the type EKO are used outdoors.