: Exact power consumption at the compressor shaft, avoiding motor under-sizing or costly over-sizing.
The name "MyCom" is also used for different types of software in unrelated industries: Paycom MyCom : An employee internal communications tool
: Please note that MYCOMW may not be available in all regions; you may need to contact a local Mayekawa office for access. Related MYCOM Software Features
Integrating MYCOM Selection Software into the project design phase offers several distinct advantages: Optimized Energy Efficiency mycom selection software
: A user-friendly desktop program specifically designed for finding the most suitable MYCOM compressor to match your technical requirements.
While detailed interface screenshots are not publicly available, industry forums and Mayekawa documentation highlight the following capabilities of MYCOMW:
Their "selection" process is powered by AI in several key ways: : Exact power consumption at the compressor shaft,
Click calculate to view compliant models. The software automatically alerts you if an operational limit is breached—such as excessive discharge temperatures, high pressure differentials, or bearing load limits. This built-in safety check prevents flawed system designs. Step 4: Export Documentation
The temperature required at the evaporators to cool the product.
MYCOMW (pronounced “My‑com‑double‑u”) is a that assists engineers in finding the most suitable MYCOM compressor for a given refrigeration or gas compression application. It was officially launched by Mayekawa in October 2022 and remains the primary selection tool for the company’s global customers. Step 4: Export Documentation The temperature required at
Mayekawa (MYCOM) equipment, there are two primary selection programs designed to help users identify the correct hardware based on specific technical requirements: 1. MYCOMW (Compressor Selection)
Now I'll start writing the article. is a long article about the "Mycom Selection Software," focusing on its core identity and practical value as a tool for power system engineers.
Input the degrees of suction superheat and liquid subcooling expected in the piping layout. Step 3: Set Capacity Requirements
| Feature | MYCOMW (Mycom) | Coolselector®2 (Danfoss) | BITZER Software | Frascold Selection Software | |---------|----------------|---------------------------|-----------------|-----------------------------| | | Mayekawa (MYCOM) | Danfoss | BITZER | Frascold (distributed by Mayekawa in some regions) | | Platform | Windows desktop | Windows desktop (free) | Windows desktop (free) | Windows desktop (free) | | Refrigerant support | Ammonia, CO₂, propane, fluorocarbons | Wide range (including low‑GWP) | Wide range | Wide range | | Compressor types | Screw, reciprocating, compound two‑stage | Scroll, reciprocating, screw (limited) | Screw, reciprocating, scroll | Screw, reciprocating, condensing units | | Oil pump selection | Yes (MP‑diva) | No | Limited | No | | CAD export | Yes (DXF/STEP via documentation) | No | Yes (3D models) | No | | Cost | Free (after representative approval) | Free | Free | Free |