Pneumatic System & Air Compressor Performance Monitoring

Frequently Asked Questions

How does the Remote Performance Monitoring of Pneumatic Systems Air Compressors Solution connect to an existing compressed air loop?

The solution features a direct-threaded, media-isolated 316L stainless steel pressure sensor head designed to thread directly into standard industrial tapping points, manifold blocks, or receiver tank ports (using standard G 1/4 inch or NPT process threads). As compressed air acts upon the isolated piezoresistive element, the sensor converts internal line pressure into a digital signal. The surface transmitter packages the pressure metrics and battery health into an encrypted payload and broadcasts it wirelessly via LoRaWAN or NB-IoT/LTE-M directly to the Ellenex Software Platform.   

How does line pressure tracking help identify hidden air leaks in a factory floor pneumatic network?

Compressed air leaks cause a rapid or continuous pressure drop when pneumatic machinery is idle (such as during night shifts or weekends). The Ellenex Software Platform logs historical minimum and maximum pressure cycles and calculates the rate of pressure decay when compressors are unloaded. If the platform detects an abnormally fast pressure drop or excessive off-hour compressor cycling, it flags the event as an active system leak and dispatches real-time alerts to maintenance staff so leaks can be repaired before wasting significant energy.   

How does the solution withstand high vibration and harsh industrial facility conditions?

The Remote Performance Monitoring of Pneumatic Systems Air Compressors Solution is engineered specifically for aggressive industrial environments. The sensor head carries an IP68 direct-threaded rating constructed from 316L stainless steel to resist mechanical shock, oil vapors, and pressure pulsation. The transmitter is housed in an IP65 UV-stabilized enclosure that protects internal electronics against factory dust, ambient humidity, and ambient temperature swings (-30°C to +55°C).  

How are plant operators notified on the Ellenex Software Platform if a compressor fails or line pressure drops below operating thresholds?

The Ellenex Software Platform incorporates a dynamic, multi-channel alerting engine. Maintenance managers can set customizable upper limits (to detect over-pressurization or regulator failure) and lower boundary thresholds (to identify compressor trips or line blowouts). If line pressure drops below operational limits required for automated pneumatic machinery, the platform instantly issues alerts via SMS, email, or app push notifications, enabling rapid intervention before production lines stall.   

What pressure range options are available for low-pressure tool lines versus high-pressure compressor discharge ports?

The solution supports a wide range of configurable gauge pressure ranges to match specific plant requirements. Measurement ranges include 0.5, 1, 2, 5, 10, 20, 50, 100, 200, 400, 700, and 1000 bar (or custom equivalent ranges in PSI or kPa). Standard 10 bar or 20 bar options typically serve plant distribution headers, while higher pressure ratings accommodate specialized multi-stage compressor discharge applications.   

Which wireless option is recommended for dense manufacturing facilities with metal walls and heavy machinery shielding?

The solution is offered in two LPWAN hardware configurations: LoRaWAN (-L) and Cellular LPWAN (-N) supporting NB-IoT and LTE Cat-M1. For dense factory floors surrounded by metal structures, the NB-IoT cellular variant (-N) offers superior signal penetration through structural steel using a +20 dB link budget enhancement. For plants operating a private wireless infrastructure, the LoRaWAN variant (-L) uses sub-GHz Chirp Spread Spectrum modulation to reliably pass signals through industrial obstacles to a local Ellenex Outdoor Gateway.   

What routine maintenance is required for the monitoring module during continuous facility operation?

The module is designed to operate completely maintenance-free. It is powered by an internal, replaceable 3.6V Lithium (LiSOCl2) primary battery and controlled by ultra-low-power firmware that keeps the device in a deep sleep state between reporting intervals. Configured on the Ellenex Software Platform for standard factory update cycles (such as 15-minute or 1-hour reports), the device delivers an operational battery lifespan of up to 10 years without requiring power wiring or battery charging.