Can a 50 Hz generator be converted to 60Hz?

Horlick 50SC Model motor-generator sets provide 60-50 Hz frequency conversion for export manufacturers who wish to simulate the power provided in factories overseas.

How did Nautel create 50 Hz power source?

Nautel needed to create a 50 Hz power source in their manufacturing facility to replicate the 380V, 3-phase, 50 Hz power that would be utilized to power their equipment in India. They performed an Internet search and found the Horlick Company’s website.

How many kVA does a Horlick 50sc converter have?

Horlick 50SC Model units are offered in capacities ranging from 5 to 313 KVA and they can be shipped in custom sound-resistant or weather-resistant enclosures. For power capacities greater than 313 KVA, the Horlick Company offers the 50RG and 50SH Models.

What is the output frequency of a 400 Hz generator?

These units utilize a design in which a 6-pole, synchronous motor and a 40-pole, synchronous generator are placed on a shaft that rotates at 1200 RPM. The output frequency of this system is precisely 400 Hz given an accurate 60 Hz input. 400TR motor-generator sets are offered in capacities ranging from 12.5 to 375 KVA.

Which is the most economical Horlick 400 Hz generator?

Horlick 400SC Model motor-generators represent our most economical 60-400 Hz package. They are utilized in industrial and military applications alike. These units consist of a 4-pole, 2000 RPM, induction motor and a 24-pole, 2000 RPM, synchronous generator mounted on a rigid steel base and connected via a flexible coupling.

How to calculate amps for a 5kw generator?

The formula to find amps using the power factor is: amps = (kW × 1,000) ÷ (PF × volts) For example, find the current of a 5kW generator with an efficiency of 80% at 120 volts. amps = (kW × 1,000) ÷ (PF × volts) amps = (5 × 1,000) ÷ (.8 × 120) amps = 5,000 ÷ 96. amps = 52.1A.

How to calculate the amperes of a generator?

– CLICK TO CLOSE WINDOW GENERATOR AMP RATINGS – THREE PHASE EXTENDED 3 PHASE AMPERES – 80% POWER FACTOR* (Extended Table) kW Times 1000 divided by (Volts*1.73) *.80 This chart approximates the amperage of a generator based on the size of the generator and the load on the generator at 100 percent of capacity.