Multi-Pump Control Manager touchscreen interface
Station Flow Manager
Typical lab configuration of Fluid Power System Management components
MTS Multi-Pump Control Manager Automates Hydraulic DistributionNow even the largest, most complex test labs can monitor and control their hydraulic distribution system and components with ease. Introducing MTS Fluid Power System Management – a comprehensive solution that combines hydraulic power system operation, status information and flow management into a single, seamless and highly intuitive user experience.
The new MTS Fluid Power System Management solution equips you with a standardized suite of hardware and software connecting the control room with hydraulic fluid activity at each test station across your facility, allowing you to manage individual station consumption demands from a central location. You get on-demand visibility to the state of your entire hydraulic distribution system at all times, and you can use this information to:
• Improve productivity and increase uptime
• Reduce energy and water consumption
• Maximize technology longevity and reduce cost of ownership
• Easily and affordably accommodate expansion.
MTS Fluid Power System Management Components
Remote Human-Machine Interface (RHMI): Emulates the display panel of an HPU and makes it readable and fully functional from another location.
Basic Connection Interface (BCI): Typically located in the pump room, this component provides the E-stop integration, cooling control and valve control that are required for multi-pump control.
Multi-Pump Control Manager: Typically located in the control room, this user-friendly touchscreen LCD display enables remote system control and monitoring.
Station Flow Manager: Allows operators at test stations to electronically request flow requirements for their station.
Light Bar: Mounted in a visible location to provide lab personnel with at-a-glance notification of hydraulic system status.
Additional E-stops: Provide more locations for stopping the distribution system.
Learn more today about how MTS Fluid Power System Management can redefine how easily, accurately and efficiently you can control your overall hydraulic system state.
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