Slēdzis Masterswitch 0-10 kW - 2 ieejas, 1 izeja

The Masterswitch 0-10kW automates 230V AC electrical distribution aboard your boat. It automatically switches between two separate power sources (e.g., a generator or shore power on one side, and an inverter on the other) to a single output, ensuring uninterrupted service without risk of short-circuit.

This model supports high power up to 10 kW and can handle a maximum output current of 40A at 230V.

It has two AC inputs (Input 1 typically dedicated to shore power or generator, and Input 2 for the inverter) and a single AC output to power your onboard electrical system.

No, unlike the "Masterswitch Fuses" version, this compact model has no built-in circuit breakers. It is therefore essential to add external protection (magnetic-thermal circuit breakers and residual current devices) suited to your installation.

The transfer time via multipole relays is ultra-fast, ranging from 12 to 22 milliseconds for turn-on and 4 to 19 milliseconds for turn-off. This minimizes micro-interruptions for your electrical equipment.

It consumes approximately 7W when AC inputs are active. However, if it operates solely on the inverter (Input 2) without any other source available, it switches to neutral position and its consumption drops to 0W.

The housing is designed to be compact and easy to integrate. It measures 200 x 110 x 115 mm and weighs 1.3 kg.

Yes, it has an IP55 protection rating. This ensures excellent resistance to dust and water spray, making it perfectly suited for a marine environment.

No, this specific Masterswitch model is not compatible with Mastervolt's MasterBus communication system.

Input 1 (designed for shore power or generator) has absolute priority. If no voltage is detected on this input, the system automatically switches to Input 2 (inverter).

Input 1 has an adjustable delay from 0 to 10 seconds using a small screwdriver. The factory setting is fixed at 10 seconds to allow the generator set time to stabilize (voltage and frequency) before transferring the electrical load.

If you use Input 1 exclusively for a shore power inlet (without a generator), it is recommended to set the delay to 0 seconds so that the transfer occurs immediately upon connection.

The Masterswitch terminal block accepts cables with a cross-section ranging from 0.5 to 10 mm² (AWG 20-7). For a rated current of 40A, it is recommended to use a 6 mm² or 10 mm² cross-section depending on your circuit length and applicable standards.

Yes, to ensure the safety of your electrical installation, it is mandatory to integrate external fuses or circuit breakers as well as residual current circuit breakers (RCCBs) on the wiring of all inputs and the output of the Masterswitch.

All grounds from power sources and consumers must be connected to the ground terminal (PE) of the Masterswitch. This terminal must then be connected to the boat's central ground (connected to the hull).

Yes, it is designed to operate optimally within a temperature range of -5°C to +60°C. It can therefore be installed in an engine room, provided that the room is properly ventilated and meets these tolerances.

Yes, the Masterswitch is a universal AC transfer switch. It is fully compatible with any 230V inverter on the market, provided the installation complies with marine electrical standards.

No, part number 55006015 is specifically designed for 230V systems (50/60 Hz). If your boat is equipped with 110V/117V, you will need to select Masterswitch models dedicated to this voltage (such as part numbers 55106000 or 55106100).

The built-in delay on Input 1 precisely delays the switch-over by up to 10 seconds. This effectively protects your house battery bank from dangerous voltage and frequency fluctuations that occur during the generator's start-up phase.

Yes, the transfer time is very fast. However, a brief power interruption of 12 to 22 ms is unavoidable during the physical relay switching. For highly sensitive computer equipment that could lose data, using a small uninterruptible power supply (UPS) in addition is recommended.