Einhell TC-IG 1100 - 1.4 kW Inverter Petrol Power Generator - DC 1.1 kW Single-phase

The Einhell TC-IG 1100 generator can provide stable and clean energy, suitable for powering even the most sophisticated technologies. With its unique inverter technology, it is sensitive to voltage fluctuations and thus guarantees stable power at all times.

The generator is capable of delivering a maximum power of 1.4 kW. It is powered by a 4-stroke 79 cc petrol engine and operates at a frequency of 50 Hz.

The inverter technology:

This generator produces electrical energy with a constant frequency and voltage, regardless of the variation of the load and the engine speed; this is made possible by the use of an electronic converter that disengages the amplitude of the input voltage from the output.

Unlike traditional generators, a permanent magnet generator is used together with a speed monitoring system of the engine rpm according to the actually used power, which allows a significant reduction of fuel consumption and less noise with the use of average loads downs.

The generator is not designed for energy production, charging or maintaining batteries for the photovoltaic or solar panels systems (or similar); this can seriously damage the generator.

Max. output power: 1.4 KW

Nominal power in continuous running (COP): 1.1 KW

This is the data that should be taken into consideration as an effective and constant data for the generator output (it guarantees the product an infinite duration)

Voltage: 230 V

Operating frequency: 50 Hz

Fuel tank capacity: 6.5 L

Autonomy (at 75% load): 5.4 hours

Weight: 20.6 kg

Engine type: 4-stroke single-phase air cooled petrol engine

Nominal power: 1.1 kW (1,8 HP)

Fuel tank capacity: 6.5 L

Activation: manual

WARNING: the engine is provided without oil
(fill with oil for 4-stroke engines before starting the unit)

Major advantages over conventional 2-stroke mixture engines:

• Greater reliability
• Higher durability
• Easier start especially after long periods of inactivity
• Lesser problems related to the preparation and to the fuel freshness
• Lower fuel consumption (less than half!).
• Less maintenance

Noise level: 95 dB[A]

Switch

Voltmeter

Sockets:

- No. 1 Schuko socket CE 220 volts

Focus on the fuel tank cap

Focus on the porthole for fuel level control

Focus on the holders

Carrying handle

As far as the needed power is concerned, we now provide you with an handy chart to help you navigate among consumption, starting coefficients and watt.

The best criteria is to pinpoint first which are the instruments we need to power with the generator and, consequently perform a simple calculation, as explained below, to identify the needed power that the generator need to eject.

Power required = Electric appliance consumption X Breakaway starting coefficient

The starting coefficient is a fundamental characteristic of any instrument which works with electric current because it indicates how much the consumption of the object increases. Therefore, this is needed to concretely determine how many WATT are necessary during the start up operations.

Example: Compressor (1500 Watt ) X Starting coefficient (2) = 3000 Watt Hence you should orientate towards a generator which has a WATT power equal or superior to the result (*)

Check the consumption of the appliance on the instruction and maintenance manual or on the plate attached to the machine.

WARNING: the chart is purely indicative. Thanks to the formula above you can easily calculate the power a generator should deliver to connect and start some specific products and select the model of generator which best suits your needs. And remember that to operate the electronic equipment (computers, televisions and all the equipment equipped with an electronic card) must purchase a current with "inverter" generator (which stabilizes the output current).

• This inverter generator is equipped with an ELECTRONIC CARD in order to stabilise the output current, generating an almost perfect wave.
  This makes it particularly suitable for application in certain uses, but also not suitable for other.
  Some examples of FIELD OF APPLICATION: Feeding of all kinds of electronic equipment (being equipped with electronic card which consequently require a very stable power to avoid the risk of damaging such cards), appliances, equipment and kitchen and domestic equipment, lights and lamps; In conclusion they are specific to a strictly domestic use or for vacation and leisure use (in a camper, boat, etc ...)

  Some examples of NON APPLICATION FIELDS: Construction equipment, workshop equipment, do-it-yourself, welding machines, equipment of any kind equipped with brush motors (which in the event of wear on the brushes can move back towards the generator some power surges that can damage the the generator electronic card); basically, for all this list of working, construction or artisan equipment, an inverter generator is too delicate and therefore inadequate, therefore it is necessary to focus on a classic generator, not with inverter card, but equipped with the classic alternator with stator and heavy rotor, most suitable for powering this equipment.

  We remind you that the inverter generator was designed for NOT PROFESSIONAL use, it is therefore apt for occasional use (not frequent). The working sessions must no be over 3-4 continuous hours (which would cause the alternator to overheat and wear) If you need a generator for frequent use (for example once a week), the user should look towards another type of generator, specifically intended for a frequent use and precisely a PROFESSIONAL or even INDUSTRIAL quality-level generator;

  The generator is not designed to be installed in photovoltaic or solar energy systems for energy production nor for the recharging or maintenance of batteries of these specific or other electric systems. Indeed, it may damage seriously the generator on its internal components (alternator, engine and electrical component). Each photovoltaic system requires a generator for INDUSTRIAL use (not for domestic use as this present model), specifically designed and manufactured for this purpose. WE DO NOT PROVIDE WARRANTY on generators connected to photovoltaic systems, as this entails an IMPROPER USE OF THE UNIT.