Hospitals need industrial power inverters to ensure uninterrupted power to sensitive medical equipment, even during outages. With so much sensitive equipment around and space restrictions in some places, it’s no wonder that modular pure sine wave inverters are popular in hospitals.
What do modular inverters do?
Modular inverters convert DC power from a power source into safe alternating current to run large industrial equipment and appliances. They are made of inter-connected components, perfect for a hospital because only the problematic module can be changed while the other modules work as usual. This means no downtime that interrupts the entire system, which is critical for a hospital.
Modular inverters are also easily customized to requirements. You can add or remove modules to meet the necessary power requirements as you add or remove hospital instruments.
Pure sine wave inverters are better
Not just modular inverters, it’s better if they are pure sine wave inverters. This is because alternating current forms sine waves and the inverter produces a square wave that is unlike a perfect sine’s round wave.
These inverters may be suitable for most heavy industrial equipment but are not safe to power sensitive medical equipment. These instruments are sensitive to the signals produced by AC waves.
What are pure sine wave inverters
Pure sine wave inverters have various filters, inductors, and capacitors that work at cleaning up the sine wave. The cheaper inverters have minimal filtering, which is why they are sold at lower rates.
While the AC’s square wave is fine for coffee makers or to run simple electric motors, sensitive medical equipment need inverters with better filters for a smoother sine wave.
These inverters may cost more, but with the right budget, you can buy an AC power inverter that produces safe and perfect AC sine waves for your hospital equipment.