- June 14, 2017
- Festo Corporation
June 14, 2017 — First introduced in 2015, the MSE6-E2M (E2M) intelligent service unit is now compatible with Ethernet/IP and PROFINET communication protocols –expanding potential applications in North America.
The E2M automatically shuts off the air supply to a machine when in standby mode, thus reducing energy consumption. E2M performs typical monitoring functions, making system pressure and flow information available in real time which enables faster response to compressed air leaks.
The E2M features a solenoid valve integrated with a pressure and a flow sensor in one package. These units flow up to 5,000 liters of compressed air per minute, program, and can connect to Festo MS series air preparation units. Based on user defined parameters, the E2M module detects when a machine is idle and automatically shuts off the air supply. When the unit receives a startup signal from an operator, the E2M resupplies compressed air. In the case of a particularly complex production process, automatic standby detection can be deactivated in favor of manual operation.
The E2M unit detects when there is a pressure drop greater than a predefined value and sends an alert about a possible leak. Higher than anticipated air flow during production also indicates possible leakage and triggers a user defined alert.
The E2M actively monitors the condition of the pneumatic system in real time. This feature gives plant operations personnel access to up-to-the-minute process-related data as well as comparative data over time. Values for flow rate, air consumption, and pressure are continuously available. Data can help personnel determine historical trends on consumption, the amount of air consumed per product batch, and pressure and flow at the time of a malfunction or bad batch of product. The E2M module is suitable for new machines and as an easy retrofit to existing machines.
Festo is a manufacturer of pneumatic and electromechanical systems, components, and controls for process and industrial automation.