Up to 62% less compressed air consumption with next-generation air management hub
Leading industrial automation and IIoT specialist SMC is addressing the need to reduce CO2 emissions and cut energy consumption with the release of its latest innovation, the AMS20/30/40/60 Series compressed air management system. By adopting this revolutionary new air management unit, any company that deploys pneumatic processes can gain from reductions of up to 62% in compressed air consumption, benefiting both the environment and bottom line profitability.
Energy waste at manufacturing and process plants is largely attributable to factors that include poor control of air consumption, undetected leaks and processes which are un-optimised for standby and shutdown times. The consequences include increased costs, as well as unexpected problems due to insufficient maintenance planning and actions.
SMC’s next-generation AMS20/30/40/60 Series addresses these issues with its combination of regulator, wireless hub and residual pressure relief valve. In addition to monitoring air consumption, which can help to identify excessive usage and anomalies, those investing in the new air management hub can also monitor the pressure and temperature of their air lines to establish baseline parameters for machines and factories.
The analysis of high-resolution data collected by the AMS can form the basis for defining preventative actions and maintenance tasks. This is important as maintenance teams often find it hard to collect specific air-line data, leading to insufficient maintenance actions and unexpected failures or energy consumption peaks.
Both predictive maintenance and condition-based monitoring strategies can benefit from AMS, as data collection helps to detect leaks and provide a digital fingerprint of preferred operating conditions. The system also monitors the status of the equipment to analyse variations and subsequently reduce downtime, waste and the need for corrective actions.
Higher efficiency, less CO2
Via programmable automatic pressure reduction and shut-off times, AMS permits users to reduce both compressed air and energy consumption, improving process efficiency and reducing CO2 emissions generated by the production of compressed air. Along with improved maintenance capabilities, users also gain from a digitalised installation for higher levels of control. This capability leverages the advantages of innovative wireless technology, which is easy to integrate and avoids the need for communication cables.
Wireless capability is highly beneficial as it negates the need for electrically complex solutions with too much wiring and the potential for errors when making cable connections. Wired systems also add complexity to device configuration tasks and require a PLC or edge server, while communication over long distances can be slower.
In contrast, AMS promotes both time and cost savings through less installation and commissioning, less wiring, and fewer connectors and rotary joints. The decentralised system is compatible with OPC UA for direct data communications connection without the need of a PLC, as well as Ethernet I/P, Profinet and IO-Link devices. Using a single AMS hub, customers can connect up to 10 remote units with a maximum communication distance of 100 m radius.
The AMS20/30/40/60 Series is a global, sustainable solution that will benefit any user of compressed air, regardless of whether the application is general manufacturing, automotive, machine tools, electronics, packaging, textiles, food, forestry/paper or life sciences.
The AMS system has an environment protection rating of IP65 or IP67 depending on the type of regulator deployed. 1.1.2023