Determining if a compressor room is essential

Acquiring a compressor used to require customers to purchase the electric motor, starter equipment, after-cooler, and intake filters, among other parts. As you can imagine, this required a lot of space, and usually, a separate compressor room.

The customer also had to thoroughly examine capacity and quality demands with various component suppliers. This was done to ensure all equipment was compatible with the compressor.

Today, a compressor and all its accessories come as a turnkey solution, typically as a fully-integrated package. The compact design of modern compressors makes them easy to place nearly anywhere.

An air compressor package consists of a box frame, where the compressor and accessories are mounted. All internal connections between the different parts are factory-made. The complete compressor package comes in a sound-reducing enclosure to minimize noise. 

Due to this, air compressor installations are relatively simple. One example is the so-called "worksite compressor," which incorporates fully integrated compressed air conditioning systems. This includes dryers, filters, condensate removers, and other treatment components to remove contaminants. Additionally, highly effective noise and vibration reduction measures are implemented.

These modern compressor packages are installed along the existing compressed air distribution system or future expansions. Regardless, it is important to remember that the installation method may still have a significant influence on compressor system performance and reliability.

1. Compressed Air Distribution: The distribution system is crucial, ensuring a consistent flow to all points of use. Material selection, layout design, and vigilant leak checks optimize this system.
2. Electrical Installation: Proper electrical setup is vital for performance and safety, ensuring the correct voltage, grounding, and adherence to codes.
3. Compressor Placement and Optimal Conditions: Efficient compressor performance depends on strategic placement. Ideal conditions must be created to increase longevity and efficiency.

Consider factors like

• ventilation,
• temperature control,
• and accessibility for maintenance.

It is important to remember that the installation method may still significantly influence compressor system performance and reliability. These screw compressor installation techniques can guide you:

1. Basic Installation: A proper setup is vital for performance. The installation site must be contaminant-free, level, and stable, with proper anchoring and alignment to prevent wear.
2. Elevated Flooring: Placing the compressor on a raised floor reduces vibrations, enhancing operation and extending machine life. 
3. Platform Installation: Installing the compressor on an elevated platform improves ventilation, cooling the machine during operation. This elevation also safeguards against flooding.
4. Visual Guides: Manufacturers can also provide installation photos with step-by-step guidance for flawless installation.

Note that when modern compressor packages are installed, the existing compressed air distribution system or future expansions should be taken into consideration. 

Designed to fit within most industrial facilities, air compressors have come a long way. With that in mind, it still might be useful to create a compressor room for maximum operating conditions. This will allow you to control environmental factors and regulate operating costs.

Since these machines generate a lot of heat, implementing proper ventilation is important for ideal performance. Additionally, they can be loud, impacting worker conditions. Below you'll find articles going deeper into these topics to help you decide on the right placement of your equipment.