The CAE350S employs a turnkey method that combines flow monitoring, power consumption, and exhaust pressure to provide relevant findings. This enables you to analyze the potential for energy savings and create a database to improve and optimize the compressed air system analysis.
The CAE350S air compressor analyzing system allows you to gain a deeper understanding of your compressors. On the compressor’s inlet pipe, measure FAD flow. The compressor power consumption should be measured. Calculate power ratio and energy intensity to control compressed air costs. Know the frequency of on/offloading time to control compressor condition.
-Measurement data like FAD flow, power, efficiency in colorful curve
-Indicates the specific power
-Calculate the power consumption per unit of air
-Indicates costs in €/$/RMB per m³ air produced
-Efficiency report will be generate automatically and can be send to email or print out
AC220V +/-5%, or AC/DC 85~265V, or AC380V±5%
-40 ~ 80 dgr C
For Android PAD
For PAD with resolution of 1920*1200 , Android 4.4 or higher version
3 phase 3-wire or 3 phase 4-wires
Voltage measurement range
2nd grade voltage test AC 0 ~ 400V
Current measurement range
2nd grade 0~5A (transformer ratio 500:5)
Power efficiency range
Power efficiency accuracy
DN100 TGF350S flow meter
Inlet pipe size
DN40~DN100 (1.5″ ~ 4″)
Measurement range and accuracy
2% accuracy in 0.5~35 Nm3/min (17.7~1236 SCFM)
DN200 TGF350S flow meter
Inlet pipe size
DN100~DN200 (4″~ 8″)
Measurement range and accuracy
2% accuracy in 2~90 Nm3/min (70.6~3178.3 SCFM)
+/- 4.5 RH
1. TGF350S inlet air flow meter
TGF350S inlet air flow meter is designed base on thermal diffusion theory, can measure the
mass flow rate, standard flow rate and FAD flow rate in a 70:1 range with 2% accuracy.
2. Power measurement components
One KW110 power meter, 3 current transformers and 4 voltage clampers are the power measurement components in CAE350S
system. KW110 gather current and voltage date from the other two components through RS485 and transfer all data to TGF350 flow
meter also through RS485. Also, KW110 is the only component that is needed to be pluged to a power source and it will provide
power for the whole system.
The power measurement components can be used in both 3 phase 3-wire and 3 phase 4-wire power system, with 1% accuracy in a
5~500A range. All components can be read and set through cell phone / pad APP.
3. Pressure sensor
CAE350S system also include a pressure sensor which can be installed on the pressure tap of the compressor. The pressure sensor will output analog signal for pressure value to flow meter, so the system can compare the efficiency of the compressor under different pressure.
4. COMATE APP
CAE350S system can be read and set on a PAD through blue tooth technology, by installing COMATE APP.
The setting data are saved in flow meter separately, but all measurement dates are saved in TGF350S flow meter, which is the only component in CAE350S system that can built connection with the pad. Even when the pad is out of the range of the blue tooth of TGF350S, TGF350S itself can save 24 hours measurement date in built-in FRAM. So once a cell phone/ pad connect with the system again, it can read the data of latest 24 hours.
With the help of COMATE analyzing software users can directly read the real-time important statics on a PAD that installed COMATE APP. The APP can also generate an detailed report with curve diagram to help customer to understand the condition of the compressor better or even compare the tested compressor with another compress.
5. OTHER COMPONENT
CAE350S Air Compressor Analyzing System
Provide the parameters that really matters in energy-saving project
I. Overall power efficiency
–KW/(m3/hr),indicate the efficiency of the compressor, use this parameter to compare different compressors and check which one is more energy saving
II. Unit air power consumption
–Kwh/Nm³, the power consumption of producing the air, use this to calculate cost and price in a energy saving contract
CAE350S makes it available!
CAE350S will helps
Efficiency analyzing in a quick and accurate way
A most efficient tool to knows the efficiency data of a compressor with less cost
Gives the required data support when making energy saving project
Helping to “physical examination” of air compressors
Comate Provides the Best Compressed Air System Audit Services
We can monitor, log, graph, and analyze all essential system parameters with Comate advanced air compressor analyzing system, including flows (CFM), pressures, temperatures, and kW. We set up our advanced instrumentation for a week or two to collect the necessary data, and then we compile a comprehensive report based on our results. Comate makes it easier to save money on compressed air by removing the guesswork.
Compressed air is your fourth utility, and it accounts for one of the most significant sources of electrical energy use in a manufacturing facility. As a result, it’s critical to manage your compressed air system monitoring with the help of Compressed Air System Audit Services and make informed new equipment purchases. However, without the proper knowledge, making such decisions can be difficult, if not impossible.
Recommendations and Reports of Air Compressor Analyzing System
We’ll write a full report with suggestions like these:
Explanations on how to remedy or improve specific issues, as well as potential energy savings and payback
Upgrades to compressor/sequence control suggestions
Recommendations for equipment upgrades
Compressor sequence in the correct order
Receivers for additional air
Modifications to piping suggestions
It should be emphasized that the majority of these elements are dynamic and interdependent (i.e., flow rates change, and pressure drops occur when flow rates are high).
An air compressor analyzing system is a pneumatic device that transfers power (from an electric motor, diesel or gasoline engine, etc.) into potential energy stored in compressed air. When the tank pressure drops below a certain level, the air compressor kicks in and re-pressurizes the tank.
Air compressors pressurised containers by pumping air into them. The air is then driven through a hole in the tank, causing pressure to build up. Consider it an open balloon: once the compressed air is released, it can be used as energy.
An engine converts electrical energy into kinetic energy, which powers them. It works the same way as a combustion engine, with a crankshaft, piston, valve, head, and connecting rod.
These three air compressors are the most prevalent types of air compressors used in mobile industrial applications.
Compressors with a rotary screw.
Compressors with rotary vane technology.
Reciprocating, Piston Compressors.
Consider the tools with the help of the Air Compressor Analyzing System, and you’ll be using an air compressor to power while making your selection. Choose the one that demands the most CFM at the highest PSI. For a safety margin, add 50% to the required CFM and look for a compressor that meets the requirement
The time it takes to pump a reservoir tank of known volume from a known starting pressure to a known ending pressure is measured by genuine power. The correct CFM may then be calculated by multiplying the difference between the starting and final pressures by the tank’s volume, divided by the time it took to pump up.