POWER GENERATOR FULLEX FLX-5GF D with electric startThe ideal power source for construction sites, events, camping, boat equipment, etc. Air-cooled diesel engines are ideal when it comes, with an emergency generator diesel typical longer maturities to connect with a low weight.
Power generators with 1-cylinder 4-stroke diesel engine for home and furnishing. The generator used is an electronically controlled synchronous generator in industrial quality with a maximum power of 5 kW. The integrated 406ccm 4-stroke diesel engine is low fuel consumption, high power density and good exhaust gas values. A vibration-damped equipment base frame and the usual FULLEX workmanship round off the features.
- 1-cylinder 296ccm 4-stroke diesel engine with 10 HP
- 1-phase 230V industrial generator part with electronic voltage regulation (AVR)
- 1x 230V connections total output = 4.8 kW
- 15-liter tank for about 8 hours of operation at full load
- Decompression for easy electric start incl. Starter battery (unit can also be started via cable)
- Oil deficiency safety device to protect the motor
- Motor cuts out automatically when lack of oil (Oil deficiency safety)
- Tank level indicator
- Short-circuit protection
- incl. battery 12V / 8,3A
Specifications Engine & Generator
- Diesel Engine: 406ccm - 10 HP
- Type: OHV, Syncron Generator
- Model: FLX-5GF
- Voltage: 230V ~ / 50 Hz (12V - DC)
- Peak power (at V): 5.0 kVA
- Continuous power (at V): 4.8 kVA
- Fuel tank capacity: 15 L
- Generator mode: synchronous, diesel engine
- Start system: electric start (starter battery included)
- Sound power level: 68dB (A) / 7m
- Runtime at full load: approx 8 h
- Consumption / h. at 2/3 load: about 1/5 L
- 1x 230V terminals (matching plug for cable mounting included)
- 1 x 12V 8.3 Amp.
Dimensions (WxDxH):(LxBxH) 740mm x 475mm x 590mm
Weight approx .: 95 kg
Diesel generator with AVR (automatic voltage regulation for stable performance)
The generator is designed to operate from conventional resistive and inductive loads such as Lights, electric hand tools (drills, electric chainsaws, compressors) determined. For connection to stationary equipment such as heating, home supply, air conditioning systems or for the power supply of motorhomes, is essential before a qualified electrician should be consulted.
For damage which is caused by failure to comply with these instructions We accept no liability. Equipment (standard)
Schuko 230 V / 12 V 8.3 AMP., overload protection, Oil deficiency safety, transport wheels, voltmeter
Warning: The critical point an inductive load is the power consumption when starting the machine. The power consumption can be up to 3-5 times the rated output, it must be absolutely Also taken into account. The figures in the table are purely mathematically calculated values ??and may vary.
Warranty The warranty covers only those defects which are attributable to material or manufacturing defects. Excluded from the warranty are improper applications, such. As overloading of the device, use of force, damage caused by external effects or foreign objects. Failure to follow the use and assembly instructions and normal wear and tear are also excluded from the warranty.
USEFUL INFORMATION - to power generators
A generator (emergency generator) is a device that generates electricity from existing resources, in particular in order to be independent of power grids. A drive unit, usually an internal combustion engine (eg. As diesel or gasoline engine) and a generator to produce electricity in this case form a unit.
Generating sets ensure the availability of electrical power independent from the public grid and are often referred to as "emergency generator" or aggregate as referred to more powerful devices as emergency power systems (NEA).
Size and performance of such emergency generators differ considerably. It starts with small portable devices that are sufficient to supply small consumers (refrigerator / freezer / PC) or an emergency lighting system, and goes beyond mobile NEA of THWs on truck trailers to large, fixed units with several thousand kVA.
Normally NEA able to maintain the supply of their performance corresponding number of electricity consumers durable, but inject the current not in the public grid (this mode is called isolated operation). Is this still the case, it must be ensured that this does not unsynchronized recovery takes place.
If the unit is equipped with a corresponding control, may after completion of the power failure, the so-called return network, the public network synchronized again and the system are switched off, whereby an interrupt is avoided during the downshift.
If the emergency power plant does not have a UPS (Uninterruptible Power Supply), there is in case of failure of the public network so long an interruption until the unit has reached the necessary operating parameters and can take over the power supply. In aggregates for applications in accordance with VDE 0100-710 and VDE 0100-718 certain time limits for the provision of emergency power will be required.
Technology Portable Generator
Smaller units are usually powered by a gasoline engine, greater contrast with diesel engines. Gasoline is more difficult to handle in terms of explosion protection and is therefore inadmissible building regulations for stationary units.
Start generating sets by cable, by means of compressed air or with an electric starter, the last option requires the presence of a battery.
Power generators also by whether they run synchronously or asynchronously differ.
The power generators that run synchronously, are provided for the operation of inductive devices. These are devices that have a higher demand for electricity for starting. Mostly, these are devices with electric motors. These are, for example, lawnmowers, chain saws or hammers.
Asynchronous power generators are sufficient for the operation of "normal" electrical appliances such as heaters, lamps, drills, circular saws, Rasenmähr, pond pump and so on. These devices do not require a high starting current to provide the desired power. Circular saws, Rasenmähr, pond pump and so forth. These devices do not require a high starting current to provide the desired power.
The performance of a 3-phase generator is always mention of a 3-phase operation.
This means that you can only remove one-third of the nominal power per phase. When connecting 3-phase equipment, this is usually not a problem because the load in this case is mostly symmetrical, the phases are so evenly loaded. If you are operating 1-phase loads on a 3-phase generator, so you need even for the loads make split according to the phases.
If you are running three-phase loads and luminous flux consumers simultaneously on a 3-phase generator, so make sure that the total power of the individual phase conductors is not exceeded.
The nominal capacity of a 3-phase generator is 4,5kW at 400V. Therefore, the maximum phase power is 4,5kW / 3 = 1.5kW. The load is assumed to be a three-phase motor with 3 kW nominal load. Thus the current load per phase is 3kW / 3 = 1kW. This would still 0.5 kW (= 500 watts) are available per phase.
Starting current (Please specify your machine type.)
Current flowing in the moment of switching through an electric motor to hochzubeschleunigen these from standstill. The starting current of an electric motor is always much higher than the rated current, it is also dependent on the load, the motor must start. Empty Starting motors have, depending on the type of motor starting currents of a half to two and a half times the nominal current. Inertia machines need briefly a starting current up to five times the rated current.
Please make it that you can operate with power plugs only devices up to 4500 Watt empty Starting motors when the device starts up power below 4500 watts remains.
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|Shipping weight:||110,00 kg|
|Product weight:||95,00 kg|
|Dimensions:||65 × 54 × 47 cm|