Main Switchgear

MCCBs, MTS, ATS and Load Break Switches

Hager's Main Switchgear range includes moulded case circuit breakers (MCCBs), Manual and Automatic Transfer Switches and Load Break Switches which are utilised for the switching, protection and distribution of low voltage installations.

Moulded Case Circuit Breakers (MCCBs) Moulded Case Circuit Breakers (MCCBs)

Available in 1, 2, 3 and 4 pole, Hager offers a wide range of MCCBs and accessories to suit your requirements.

DIN NH Fuses DIN NH Fuses

Hager's DIN NH Fuses are available in size according to DIN from 000 to 2 to suit fuses according to AS/NZS60269.

Load Break Switches Load Break Switches

The HA series is a range of multi-pole load disconnector switches with manual operation. They enable making and breaking on load and safety isolation of any low voltage installation. The screw mount only Load Break Switches are fibreglass reinforced polyester case, self extinguishable, resists creepage distance and arc, and tropicalised.

Manual Transfer Switches Manual Transfer Switches

Manual Transfer Switches allow manual switching, changeover switching or ON load power circuit permutation. For safety breaking.

Modular Automatic Transfer Switches Modular Automatic Transfer Switches

Modular Automatic Transfer Switches allow automatic switching, changeover switching or ON load power circuit permutation.

Automatic Transfer Switches Automatic Transfer Switches

Automatic Transfer Switches allow automatic switching, changeover or ON load power circuit permutation. For safety breaking.

Fuse Combination Switches Fuse Combination Switches

Hager's HFD series (Isolators) are manually operated multipolar fuse combination switches. They break or switch OFF/ON load and provide safety isolation with protection against over current for any low voltage electrical circuit.

Earth Leakage Relays and Toroids Earth Leakage Relays and Toroids

This range of earth leakage relays were designed on an electronic basis, which ensure the monitoring of earth fault currents. When the fault current rises above the selected level, the outputs of the relay operate, and depending on the relay selected, it can have both adjustable sensitivity and time delay that can provide selectivity/discrimination. The relays are linked with detection toroids.