KRSP2 Series
KRSP2 Series Most Efficient Compressor
When considering productivity increases, it's important to think about how much energy a compressor uses, since that makes up more than 85% of its total life cycle cost.
The KRSP2 Series is engineered with advanced energy-saving technologies that dramatically lower operating costs while delivering consistent, reliable performance.
Design Specifications Of Kaishan KRSP2 Series
The KRSP2 series is thoughtfully engineered. With a very clear separation between hot and cold zones inside the compressor package, it definitely has some advantages.
This type of uniquely smart layout boosts the efficiency and longevity of key components like the air-oil separator, lubricant, and air-end.
By keeping hot and cold airflows separate, it ensures optimal performance and prevents unnecessary strain on the system.
Heavy-duty isolators reduce wear and tear and the ever-advanced cooling features help maintain ideal operating temperatures...therefore protecting the system from overheating.
And moreover, when it’s time for maintenance, the easily accessible design keeps service quick and downtime minimal.
Key Features of the KRSP2 Two-Stage Air Compressor
- Advanced 5:6 screw profile meant for exceptional efficiency
- Two-stage compression that offers optimized performance and energy savings
- Equipped with high-efficiency motors
- Robust and reliable electrical system design
- Corrosion-resistant 316 stainless steel tubing for control lines
- Efficient centrifugal cooling fan for improved heat management
- Durable triplex-discharge bearings for enhanced reliability
- Dual-pass coolers ensure maximum heat exchange and consistent cooling
- Smartly engineered layout separates hot and cold zones to improve overall system performance and component life.
Corporate Audio-Visual Technology
The KRSP2 uses a screw element with triplex discharge bearings.
These last longer than regular dual bearings. That means more reliable performance and lower maintenance for years coming.
Bigger Rotors: Our compressors have larger air-ends and 5/6 lobe rotors. This helps move more air with less effort. The result -yes, lower energy use and smooth, quiet operation.
Less Air Loss: More rotor lobes mean smaller gaps between chambers. This reduces air leakage and improves overall efficiency.
Quiet, Steady, Efficient: A larger wrap angle and bigger discharge port reduce vibration and noise. They also lower pressure loss...this helps the compressor run more efficiently.
Why Our Two-Stage Screw Compressors Just Make More Sense
Looking for better performance and lower energy costs? Our two-stage screw compressors deliver just that. Unlike single-stage compressors, they don’t do all the heavy lifting at once. Instead, the compression is split across two stages with an inter-cooling system in between. This smart design cuts down on power consumption in a big way.
Here’s the math...
A typical single-stage compressor working at 72 psig has a compression ratio of 5:1. But a two-stage compressor? It breaks that into two steps, 2.23:1 in the first stage (the square root of 5). Less pressure per stage means less energy used.
But wait, the benefits don’t stop there:
Less internal air leakage. Lower pressure differences between stages reduce leakage and boost efficiency.
With the load divided between two stages, bearing stress drops to nearly one-third of what a single-stage compressor handles. That means extended air-end life and fewer breakdowns.
Why Multi-Stage Compressors Are a Smarter Choice?
When it comes to energy efficiency, multi-stage compressors have a clear edge and here is exactly why.
By splitting the compression into two or more stages, with cooling in between, they reduce the overall work required, and that means lower power consumption.
How it works..
After the air is compressed in the first stage, it passes through an intercooler. This removes the heat before it enters the next stage. Cooler air needs less energy to compress, so your system runs more efficiently and stays cooler too.
The result?
- Less strain on the compressor
- Lower energy bills
- Improved performance over time
So, if you really want long-term savings and smoother operation, then go multi-stage.
