Description
The Chicago Pneumatic CPVS PM Air Compressor is a variable speed, oil-injected rotary screw air compressor designed for industrial compressed air systems with fluctuating air demand throughout the production process.
Combining an integrated Variable Speed Drive (VSD) with an oil-cooled Permanent Magnet (PM) motor drive system, the compressor adjusts its compressed air output according to actual demand, helping reduce unnecessary energy consumption.
With a wide power range of 7.5-250 kW, the Chicago Pneumatic CPVS PM series accommodates various production requirements, from individual workshops to large centralized industrial compressed air systems.
Chicago Pneumatic CPVS PM – Compressed Air Supply That Matches Actual Demand
In industrial manufacturing, compressed air consumption is rarely constant.
Machines start and stop, production lines operate at different loads, and the number of pneumatic devices in use changes throughout the day, causing fluctuations in required air flow.
The Chicago Pneumatic CPVS PM uses variable speed technology to regulate compressor operation, allowing compressed air production to better match actual system consumption.
Rather than focusing solely on maximum compressor capacity, the CPVS PM is designed to deliver the required amount of compressed air at each stage of operation.
Key Features and Benefits of Chicago Pneumatic CPVS PM Air Compressors
Integrated Variable Speed Drive – Air Flow Control on Demand
The integrated variable speed drive allows the CPVS PM to adjust compressor operation according to actual compressed air requirements.
When air demand decreases, the compressor can reduce its output. When demand increases, the compressor adjusts its operating speed to deliver the required air flow.
This capability is particularly valuable for industrial facilities with fluctuating compressed air loads throughout the working day.
Up to 30% Energy Savings
According to Chicago Pneumatic, the integrated variable speed drive technology of the CPVS PM can help reduce energy costs by up to 30% by matching compressed air output to actual system demand.
The manufacturer also highlights that energy consumption can account for approximately 70% of total compressor operating costs over a five-year period.
Therefore, regulating compressed air production according to actual demand is an important factor in optimizing industrial compressed air system operating costs.
Actual energy savings depend on the load profile, operating hours, and specific conditions of each compressed air system.
Oil-Cooled Permanent Magnet Motor Drive System
One of the key technical features of the Chicago Pneumatic CPVS PM is its oil-cooled Permanent Magnet (PM) motor drive system.
Chicago Pneumatic developed this design to support reliable and consistent performance during extended operating periods.
Combined with variable speed technology, the PM drive system enables the compressor to respond more flexibly to changes in compressed air demand throughout production.
ES4000 T Touchscreen Controller
The Chicago Pneumatic CPVS PM is equipped with the ES4000 T touchscreen controller, supporting compressor monitoring and intelligent connectivity.
Operators can conveniently monitor compressor operation, helping improve equipment condition management and compressed air system control during production.
Designed for Continuous Operation
The Chicago Pneumatic CPVS PM is designed to support continuous operation when required by the application.
This is particularly beneficial for industrial production lines where compressed air plays an essential role and must be maintained over extended operating periods.
Chicago Pneumatic CPVS PM Technical Specifications
The 50 Hz Chicago Pneumatic CPVS PM Series offers motor power options ranging from 7.5 kW to 250 kW.
| Model | Motor Power | Working Pressure | Air Flow |
|---|---|---|---|
| CPVS 10 PM | 7.5 kW | 7-13 bar | 3.3–20 l/s |
| CPVS 15 PM | 11 kW | 7-13 bar | 5.3–30 l/s |
| CPVS 20 PM | 15 kW | 7-13 bar | 6.6–36 l/s |
| CPVS 25 PM | 18.5 kW | 7-13 bar | 10–57 l/s |
| CPVS 30 PM | 22 kW | 7-13 bar | 12–64 l/s |
| CPVS 40 PM | 30 kW | 7-13 bar | 22–94 l/s |
| CPVS 50 PM | 37 kW | 7-13 bar | 32–107 l/s |
| CPVS 60 PM | 45 kW | 7-13 bar | 33–145 l/s |
| CPVS 75 PM | 55 kW | 7-13 bar | 40–188 l/s |
| CPVS 95 PM | 75 kW | 7-13 bar | 43–215 l/s |
| CPVS 100 PM | 75 kW | 7-13 bar | 48–250 l/s |
| CPVS 120 PM | 90 kW | 7-13 bar | 55–300 l/s |
| CPVS 151 PM | 110 kW | 7-10 bar | 98–385 l/s |
| CPVS 181 PM | 132 kW | 7-10 bar | 98–450 l/s |
| CPVS 221 PM | 160 kW | 7-10 bar | 97–545 l/s |
| CPVS 220 PM | 160 kW | 7-10 bar | 127–497 l/s |
| CPVS 270 PM | 200 kW | 7-10 bar | 143–590 l/s |
| CPVS 340 PM | 250 kW | 7-10 bar | 185–703 l/s |
The specifications above are based on the Chicago Pneumatic 50 Hz data provided. Actual air flow depends on the selected model, operating pressure, and working conditions.
Flexible Operating Pressure Options
One of the notable features of the CPVS PM series is its relatively wide operating pressure range.
Models from CPVS 10 PM to CPVS 120 PM offer published operating pressure options ranging from 0.7 to 1.3 MPa, equivalent to 7–13 bar.
Higher-capacity models from CPVS 151 PM to CPVS 340 PM offer operating pressure options ranging from 0.7 to 1.0 MPa, equivalent to 7–10 bar.
These options allow businesses to select a compressor configuration that better matches the actual pressure and air flow requirements of their compressed air systems.
When Should You Choose a Chicago Pneumatic CPVS PM Air Compressor?
The Chicago Pneumatic CPVS PM is particularly suitable for industrial facilities with the following requirements:
Fluctuating Air Demand – Extended Operating Hours – Energy Cost Control – Stable Compressed Air Supply
This is also why compressor selection should not be based solely on motor power in kW.
An industrial compressed air system should be evaluated according to several important factors:
Air Flow – Operating Pressure – Load Profile – Operating Hours – Future Expansion Requirements
Selecting the appropriate model from the beginning helps ensure sufficient compressed air delivery while avoiding unnecessary investment in oversized compressor capacity.
Chicago Pneumatic CPVS PM vs. Fixed Speed Air Compressors
The key difference lies in how each compressor responds to changing air demand.
A fixed speed air compressor is generally suitable for systems with relatively stable compressed air consumption.
In comparison, the Chicago Pneumatic CPVS PM uses variable speed technology to adjust compressed air output according to actual system demand.
For industrial facilities with significant fluctuations in compressed air consumption, the CPVS PM can take greater advantage of variable speed technology to improve energy efficiency.
However, if a compressed air system operates at a consistently stable load for most of its operating hours, a fixed speed compressor should also be evaluated to determine the most economical solution.
Tan Long – Chicago Pneumatic CPVS PM Air Compressor Solutions
Tan Long provides technical consultation and model selection support for Chicago Pneumatic CPVS PM air compressors, based on the actual compressed air requirements of each industrial facility.
By evaluating air flow, operating pressure, load characteristics, and operating hours, Tan Long helps businesses select suitable compressor configurations.
Complete compressed air solutions can also include air receivers, refrigerated air dryers, compressed air filters, and other air treatment equipment, helping businesses develop a system configuration suited to their production requirements.
Contact Tan Long today for professional consultation on selecting the right Chicago Pneumatic CPVS PM air compressor for your industrial compressed air system.
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TAN LONG TECHNOLOGY SOLUTIONS CO., LTD.
🤙 090909 1789
🏬 146/18 Nguyen Huu Tho Street, Nha Be, Ho Chi Minh City, Vietnam
