Fusesmade in steatite at high thermal and mechanical resistance. High roomto extinguish arc. Fuses in silver plated copper are welded to contactblades put in the fuse body closed with special gaskets and fasteners.Equipped with a device on the upper part. It is a disc coming out of hisplace after use. Nominal voltage 500 V. 50/60 Hz...
Fusesmade in steatite at high thermal and mechanical resistance. High roomto extinguish arc. Fuses in silver plated copper are welded to contactblades put in the fuse body closed with special gaskets and fasteners.Equipped with a device on the upper part. It is a disc coming out of hisplace after use. Nominal voltage 500 V. 50/60 Hz...
Fusesmade in steatite at high thermal and mechanical resistance. High roomto extinguish arc. Fuses in silver plated copper are welded to contactblades put in the fuse body closed with special gaskets and fasteners.Equipped with a device on the upper part. It is a disc coming out of hisplace after use. Nominal voltage 500 V. 50/60 Hz...
Fusesmade in steatite at high thermal and mechanical resistance. High roomto extinguish arc. Fuses in silver plated copper are welded to contactblades put in the fuse body closed with special gaskets and fasteners.Equipped with a device on the upper part. It is a disc coming out of hisplace after use. Nominal voltage 500 V. 50/60 Hz...
Fusesmade in steatite at high thermal and mechanical resistance. High roomto extinguish arc. Fuses in silver plated copper are welded to contactblades put in the fuse body closed with special gaskets and fasteners.Equipped with a device on the upper part. It is a disc coming out of hisplace after use. Nominal voltage 500 V. 50/60 Hz...
Fusesmade in steatite at high thermal and mechanical resistance. High roomto extinguish arc. Fuses in silver plated copper are welded to contactblades put in the fuse body closed with special gaskets and fasteners.Equipped with a device on the upper part. It is a disc coming out of hisplace after use. Nominal voltage 500 V. 50/60 Hz...
Fusesmade in steatite at high thermal and mechanical resistance. High roomto extinguish arc. Fuses in silver plated copper are welded to contactblades put in the fuse body closed with special gaskets and fasteners.Equipped with a device on the upper part. It is a disc coming out of hisplace after use. Nominal voltage 500 V. 50/60 Hz...
Fusesmade in steatite at high thermal and mechanical resistance. High roomto extinguish arc. Fuses in silver plated copper are welded to contactblades put in the fuse body closed with special gaskets and fasteners.Equipped with a device on the upper part. It is a disc coming out of hisplace after use. Nominal voltage 500 V. 50/60 Hz...
Thermal drink holder made of soft integral Polyurethane.
Ideal for holding cans, glasses or 33 cl bottles. It holds also mobile phones, VHF, GPS, eyeglasses etc.
It can be easily clip-on mounted or moved on any 22<>30 mm tubing as guard rails, ambos, stanchions or hand rails...
Thermal drink holder made of soft integral Polyurethane.
Ideal for holding cans, glasses or 33 cl bottles. It holds also mobile phones, VHF, GPS, eyeglasses etc.
It can be easily clip-on mounted or moved on any 22<>30 mm tubing as guard rails, ambos, stanchions or hand rails...
Do not need fuses. In case of heavy overload (i.e.: short circuits), the circuit breaker disconnects instantaneously, for overloads up to 50% it maintains the contact for few seconds so, in case it is due to a chance event, it has time to return within the limits without interrupting the power supply. In case of short circuit, the switch cannot be reactivated until the problem is solved...
In case of heavy overload (i.e.: short circuits), the circuit breaker disconnects instantaneously. In case of short circuit, the switch cannot be reactivated until the problem is solved...
In case of heavy overload (i.e.: short circuits), the circuit breaker disconnects instantaneously. In case of short circuit, the switch cannot be reactivated until the problem is solved...
In case of heavy overload (i.e.: short circuits), the circuit breaker disconnects instantaneously. In case of short circuit, the switch cannot be reactivated until the problem is solved...
In case of heavy overload (i.e.: short circuits), the circuit breaker disconnects instantaneously. In case of short circuit, the switch cannot be reactivated until the problem is solved...
In case of heavy overload (i.e.: short circuits), the circuit breaker disconnects instantaneously. In case of short circuit, the switch cannot be reactivated until the problem is solved...
In case of heavy overload (i.e.: short circuits), the circuit breaker disconnects instantaneously. In case of short circuit, the switch cannot be reactivated until the problem is solved...