The Parker Service Master COMPACT

The Parker Service Master COMPACT is a universally appliable measuring device for service applications in mobile and stationary hydraulics.
The device is available in 3 versions, for Parker CAN or analogue sensors with automatic sensor recognition and optional industrial analogue sensors.
Due to a wide range of sensors it can be flexibly used in hydraulic applications. For example, for service and maintenace, system validation or performance optimization.
Parker sensors with integrated sensor recognition alow plug and play measurements.
After plug in, manual parameterizing of the measurement signal and measuring range is no longer necessary – independent if pressure, temperature, flow or rpm sensors.
Parameters are displayed in real time and can be recorded at the touch of a button or triggered by defined signals.
Different test kits are available.


Markets:
• Maintenance and Repair, MRO
• Mobile
• Agriculture
• Construction
• Transportation
• Defence
• Industrial
• Molding
• Testing

Applications:
• Mobile equipment
• Industrial hydraulic systems
• Fluid or gas maintenace and trouble shooting
• System performance optimization
• System validation
• Test equipment and technology
• Cooling systems

Features/benefits:
• Versions with different measuring inputs: Parker analog or ParkerCAN sensors with sensor recognition and optional industrial analog sensors
• Measure and display up to 16 channels
• Intuitive operation using the colored 4,3” touch display, Suitable for use with gloves, resolution 800 x 480 pixels
• Additional tactile keyboard for operation even under difficult conditions
• Rugged, oil-resistant protection for use in harsh conditions and for shock absorption
• Practical storage concept with integrated portable USB stick
• Templates for recurring measurements
• Start/Stop measuerement with automatic data compression or manual adjustment of storage time and rate
• Screenshot function
• Templates for recurring measurements
• SensoWin software allows online measurement and deeper analysis and documentation of downloaded measurements