Details
The generator has a fuel tank made of synthetic material, placed below the engine and is made of the highest quality XPE material - with a capacity of approx. 12 litres. It reduces the risk when refuelling.
Roll-over valve in the synthetic material tank, adopted from the automotive industry for optimal ventilation and maximum safety.
The generator provides simplicity and clarity with optimally arranged control elements, insulation monitoring is audibly alerted via horn according to DIN 14685-1. Horn for audible alerts for insulation faults and emergency shutdown button activated.
Displayed in a reliable form and quality for:
- Insulation monitoring with display and audible alert
- Load display: total or by phases with LED
- Voltage display with switch
- Left/right pole change switch, with mechanical lock
- Emergency shutdown sensor with audible alert
- Main electronic ignition switch
- Fuse checking device
- LCD fuel level display and LED reserve display
- Working hours counter
Service cover opens tool-free for best engine service access. Exhaust pipe made of alloyed steel for extremely quiet operation.
Pole change switch included as standard.
Possibility of manual start, exhaust protection against burns, with optimal ventilation.
Fuel can be supplied from a canister via built-in three-point pipe and fuel kit for extended operation.
DIN exhaust system with spark arrestor for your safety and exhaust pipe connection possibility. Service cover with absorbent pad opens tool-free for best engine service access.
Tool bag included as standard.
Foldable and non-slip carry handles that keep your hands warm in the cold and allow for an ergonomically correct carrying position, air slot in the cover prevents overheating.
You can access the catalogue in Slovenian language HERE.

Thermal Safety:
Fire brigade power generators boast extremely high performance in small dimensions. The measurements are defined in DIN 14685-1. Consequently, high thermal loads, even within the installation in fire brigade vehicles, are constructively addressed by the manufacturer. Mag Motorn power generators are designed for continuous operation, therefore they exclusively use components that meet industrial requirements.
Electrical Safety:
DIN 14685-1 also specifies electrical requirements for power generators and the related electrical safety. Power generators are serially produced with the safety measure of "Potential Equalization Separation." In addition, all power generators are equipped with insulation monitoring, which together with the previous measure forms an additional safety element.
Some Technical Terms in the Field of Power Generators:
Low consumers:
These are consumers that consume the same current at start-up as during operation (light bulbs, hobs, heating elements, ...)
Inductive consumers:
These are consumers that can consume up to 8 times the power at start-up compared to the power stated for operation. These include various electric motors (single-phase or three-phase). This needs to be considered when selecting the power of the power generator.
Power:
The stated power (apparent power) in power generators is denoted in VA (voltampere).
Power factor (cos phi):
This is obtained from the ratio of apparent power to real power, usually used for three-phase current consumers. An acceptable value is 0.8. If the power of the power generator (indicated in VA) is multiplied by this factor, the real power of the generator is obtained (indicated in W - Watt).
Real power:
It is measured in watts. The power stated by the manufacturer can easily be assumed when operating low consumers. For inductive consumers, the power factor must be considered.
Synchronous generators:
MAG Motorn exclusively uses synchronous generators suitable for all users. Generators can be cooled internally (IP 23 Mode) or externally (IP 54 Mode). Those used in outdoor environments must comply with IP 54 Mode.
Mag Motorn fire brigade power generators meet the IP 54 requirements.