FEATURES
EXTREMELY QUIET, POWERFUL AND PORTABLE
The microprocessor controlled inverter produces a high precision, pure sine wave power output. Suitable to use with sensitive electronics such as laptops, mobile phones, computers, refrigerators, air conditioners and microwaves making it ideal for backup power in any situation.
Some reasons why Promac Inverter generators are considered suitable for onsite or home backup power, camping and reactional activities.
LIGHTWEIGHT/PORTABILITY
Promac Inverter Generators are designed to be compact and lightweight, making them one of the best options on the market for portability.
QUIET OPERATION
Promac Inverter Generators have been specially designed and are well known for their quiet operation. We utilize advanced technology to reduce noise levels significantly compared to other models on the market.
CLEAN & STABLE POWER
Inverter Generators produce clean and stable power output, which is essential for powering sensitive electronics. The inverter technology in these generators ensures that the power produced is consistent, without voltage fluctuations or surges that could potentially damage your electronics.
FUEL EFFICIENCY
Promac Inverter Generators are designed to be fuel efficient, meaning they will provide you longer run times while consuming less fuel.
- Macht Engine
- From 52 dB(A) @7m
- Recoil starting system
- Rated Output 1800W
- Max Output 2000W
- Starting Output 2250W
- Weight 18.5kg
- Fuel tank capacity 4L
- Run time: 6 hours @ 50% load
- Dimensions: L48x W28.5 x H46cm
- 1 power outlet – 15amp
- 12 Volt outlet – OHV 4 stroke reliability
- 5 in 1 Smart digital display
- Microsprocessor controlled inverter produced high precision, pure sine wave output
- Suitable use with sensitive electronics such as; laptops, mobile phones, computers, refrigerators, air conditioner’s and microwaves
- Ideal for back up power in any situation
- 3 year warranty on Macht Engine
CHOOSE THE RIGHT GENERATOR FOR YOU
COMMON FORMULAS:
- 1KW = 1000W
- 1KVA = 800W
- 1HP = 750W
- 1KVA = 4Amps (Single phase)
- Watts = Volts x Amps
- Amps = Watts/Volts
General Rule #1
Compressors and other induction motors (e.g. Fridges, freezers and air conditioners) will require a minimum of 3 times the HP of the motor to the KVA to start. For example, an air conditioner with 1HP motor will require 3KVA every time that motor cycles in.
General Rule #2
Common Applications – Welders & Compressors:
- 120amp welder or 8CFM compressor requires a minimum of 5KVA
- 140amp welder or 10CFM compressor requires a minimum of 6KVA
- 160amp welder or 12CFM compressor requires a minimum of 7KVA
- 180amp welder or 14CFM compressor requires a minimum 8KVA
General Rule #3
To work out the generator size required, simply add the wattage of all appliances or construction tools likely to be used at the same time. Don’t forget to allow for any induction motors. Use the Common formulas above to calculate your minimum KVA required.
