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 PC-Based Engine Interface
General Purpose SCADA System
Input Values
- Temperature
- Pressure
- RPM
- Fuel Flow
Output Values
- Watchdog safety shut-down
- Control dynamometer
Software
- Correction to standard day
- Real-time monitoring
- Plotting and analysis
MicroSPRK: Operator Workstation
Analog Input Configuration
Quad Plots: 3 – Axes
Choose any three values to plot together on each plot!
Multi Plots: 7 – Axes
Plot up to seven values together!
Features
- PC and/ or embedded data acquisition systems monitor and store various engine test parameters.
- Developing engine analog control signals in order to provide necessary throttle command, speed control over-temperature control, ignition kill command.
- Providing customized engine test cell facility, including power hamess, signal command and dynamometer.
- Sorting the engine run values (temperature vs RPM).
- Generation of RPM/torque signal to dynamometer.
- Advanced sensors scaling algorithms; linear, offset/ gain adjust, polynomial, square root.
- Interface sensors; the mnocouple (J,K,T,R,S,B,E), strain guages, load cells pressure transmitters, quadrature encoders, flow rate, vibration,………etc.
- On line sensors back to back calibration.
- Redundant communication with PC and embedded HMI controller.
- Work with state of the art hardware from national instruments; field point-compact field point- compact rio, SCXI,….etc.
- Autonomous correction based on standard day (to,po).
- Built in two hardware’s and software’s watch dogs.
- Two operator alarms levels (alert and emergency).
- Sensors data base (scaling/ calibration/ limits).
- Engines efficiency (based on vendor formulas).
- Dynamometer interface.
- Engine test library archive.
- Performance reports/ graphs.
- Operator test high light/ mark.
- Different engines manipulation.
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