Protect your capital investment in compressed air systems

Being one of the most expensive systems to run and maintain for many industries, it is important to ensure efficient compressed air generation and usage. Monitoring various parameters can help ensure an optimal use of compressed air as well as providing early notification of potential issues:

  • Temperature monitoring of the compressor room to ensure that the system is operating normally.
  • Compressed air dew point temperature is a critical measurement linked directly to the effectiveness of air dryers. Low dew point monitoring ensures that the moisture levels within the compressed air system are kept to the desired levels, avoiding corrosion, machine failure and lesser quality finished products.
  • Compressed air consumption allows system owners to monitor where and at what quantity compressed air is being used. This can be used to manage efficiency and monitor for leakage.
  • With every 2-psi increase in discharge pressure a compress will 1% more power. Pressure monitoring is key to maintaining the most efficient system. Pressure measurements throughout the system can also help with detecting leakage and differential pressure measurements across dryers and filters will help to find blockages or identify parts that require maintenance.

Combining the world class Rotronic Monitoring System with a range of sensors and loggers from PST companies Rotronic and Michell provides a unique measurement and monitoring solutions ideal for system owners and installers.

 

Recommended products

  1. MICHELL Easidew Dew-Point Transmitter for Compressed Air

    Simple to install and maintain, the Easidew sensor is a moisture meter measuring dew point and moisture content and is available with a range of process connections and electrical connectors.

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  2. Michell SF82 Dew-Point Transmitter for Compressed Air

    Simple to install and maintain, the SF82 transmitter series measures dew point and moisture content and is available with a range of industry standard process connections and electrical connectors.

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  3. RMS T30-0001

    The T30 temperature sensors are resistance thermometers (Pt100 = positive measurement resistance), meaning that the resistance increases with increasing temperature. The sensors are compatible with the RMSLOG- T30-L, RMS-LOG-T30-868 and RMS-LOG-T30-915 data loggers.

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  4. RMS-LOG-T30-L - Data Logger

    The RMS-LOG-T30 is a data logger with two integrated analog-to-digital converters, to which two PT100 sensors can be connected for high-precision temperature measurement.

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