Inverter, MT 1200-SI N

Inverter, MT 1200-SI N

Regular price
€1.149,00 EUR
Sale price
€1.149,00 EUR
Regular price
Available soon!
Unit price
per 
Tax included. Shipping calculated at checkout.

All MT devices from BÜTTNER ELEKTRONIK operate as pure sine wave inverters.

This guarantees that all 230 V end devices can be operated without any problems. Coffee machines (Nespresso, Saeco, Senseo etc.) and receivers can also be operated without any problems.

The MT 600SI-N is already sufficient to operate many household appliances such as TV/SAT, video, DVD, computers or battery chargers without any problems. Devices with 1200 watts or 1700 watts are available for larger consumers.

All appliances are overload-capable and have whisper fans as well as all monitoring and switch-off functions. The control panel with display functions can be removed and mounted in the vehicle as a remote control. An integrated load detection system switches the appliances into a power-saving mode when not in use and, if necessary, switches them off completely automatically.

The devices are also available with mains switching (-N) in every power class. If external shore power is available, the inverter remains switched off and shore power is available on the interior sockets. If shore power is no longer available, the inverter can be started and the same sockets are now supplied with inverter power.

All inverters are supplied ready for connection with a socket and battery cable (1.2 m) as well as a cable extension for the control panel (5 m).

ELECTRONICS INFO
The "e-bike" function is available as an option for the MT 600SI-N inverter (item no. 80807). This makes it possible to charge two standard bicycle batteries while riding. Simply plug the existing charging station into the inverter. If the vehicle is then started (or ignition ON), the inverter starts fully automatically and charges. If the vehicle is switched off, the inverter is switched off and charging is interrupted. Please note, however, that the wiring to the on-board battery and any booster that may be present must be designed for the required power.