MPXS Micro Vacuum Pump By Coval
Manufacturer: Coval
Controlled Communicating Micro Vacuum Pumps, MPXS Series
The MPXS series micro vacuum pumps represent a significant advancement in vacuum handling technology. Their ultra-compact and lightweight design makes them ideal for integration close to suction cups on robots or automated systems. This proximity, combined with the integrated single-stage Venturi technology, reduces cycle times and meets the demands of high-speed applications, particularly in the plastics, electronics, and pharmaceutical sectors.
Equipped with Air Saving Control (ASC) vacuum regulation technology, the MPXS micro vacuum pumps ensure an average energy saving of 90%. They also feature built-in diagnostic tools and an IO-Link communication interface, ensuring simple and effective integration into connected production processes.
The modularity of the MPXS series offers a wide range of configurations, providing great flexibility in installation and use to adapt to the varied needs of industrial applications.
COVAL's MPXS micro vacuum pumps are the ideal solution to optimize your gripping processes, offering unmatched performance, efficiency, and adaptability for demanding industrial applications.
- Main Features
- . Ultra-compact and lightweight: 12.5 mm wide and 87 g minimum.
. Maximum vacuum: 85%.
. Suction flow rates:
- Nozzle Ø 0.7 mm => 0.53 SCFM
- Nozzle Ø 1.0 mm => 0.92 SCFM
. Vacuum control: NC (Normally Closed) or NO (Normally Open).
. Standard or adjustable powerful blow-off, controlled or automatic timed.
. Vacuum check valve.
. Integrated open silencer or exhaust collector.
. Standalone micro vacuum pumps or bankable from 1 to 8 modules with common pressure and collectable exhaust.
. High-visibility display with clear multilingual messages and simplified setup menu.
. Electronic vacuum switch and 24 V DC contact output.
. Standard Input/Output (SIO) / IO-Link mode.
. Intelligent vacuum regulation system ASC (Air Saving Control) ensuring an average energy saving of 90%.
. Power supply voltage monitoring
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