Reliable power for a sustainable world
Master Switch Single-Phase is a transfer switch designed to protect loads with different power ratings. Choice of 3 sizes (32A, 63A, and 120A) and with a manual bypass to easily switch sources in the event of a fault.
Complete Diagnostics
Features an LCD control panel with multi-functional keys. This enables you to monitor readings and switch operating statuses quickly and intuitively. Incorporates 3 dry contacts, RS232 port, and a communications slot to allow for further LAN connection.
Load Protection
Guaranteed switching time of less than a quarter of a cycle (< 4 msec for synchronised inputs; < 10 msec for non-synchronised). This is the case for both automatic and manually-triggered switches.
Available in 3 sizes (32 A, 63 A, and 120 A)
Protects single-phase loads with different power ratings
Fitted with a manual bypass to easily switch power sources in case of fault
Simple plug and play installation
Connectivity slot enables LAN connection and remote management
Static transfer switch available in 3 sizes (32A, 63A, and 120A) and designed to protect 1-phase loads with different power ratings.
Features a manual bypass that enables even non-technical staff to easily switch between 2 independent power sources in the event of a supply failure.
Master Multi Switch features a 32-character LCD display and a control panel with multi-functional keys. This enables you to monitor readings and switch operating statuses quickly and intuitively.
Incorporates 3 programmable dry contacts, RS232 serial connection port, and a communications slot to allow for further LAN connection as well as remote monitoring and control.
In the event of a fault, MMS guarantees switching time between the 2 power sources of less than a quarter of a cycle (< 4 msec for synchronised inputs; < 10 msec for non-synchronised). This is the case for both automatic and manually-triggered switches.
Microprocessor control and the use of thyristor static switches ensure continuous monitoring of the power supply sources and reduced switching times between the two sources in the event of a fault.
