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Size & Select Assistant
Type selectionType selection
Fast and easy to the right solution! In the Size & Select Assistant, you can size and select a suitable, variable speed pump drive or a standard power unit on the basis of your p/Q requirements. The tool guides you through the sizing process providing predefined parameters and various filter options.
Type selection
Fast and easy to the right solution! In the Size & Select Assistant, you can size and select a suitable, variable speed pump drive or a standard power unit on the basis of your p/Q requirements. The tool guides you through the sizing process providing predefined parameters and various filter options.
Application selectionApplication selection
Fast and easy to the right solution for your application! Choose your application area and get a representative load cycle (time-dependent p/Q load cycle). If needed, you can adapt this load cycle to your specific requirements and find a respective solution.
As an alternative, you can choose to put in your requirements freely.
Application selection
Fast and easy to the right solution for your application! Choose your application area and get a representative load cycle (time-dependent p/Q load cycle). If needed, you can adapt this load cycle to your specific requirements and find a respective solution.
As an alternative, you can choose to put in your requirements freely.
Profile Data |
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Input errors
A preselection for your cylinder data has been set automatically. To edit, please click the button on the right.
Cylinder Data
Cylinder Data
Please specify your cylinder data here.
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Allowed pressure: 70-350 bar
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Allowed pressure: 0-70 bar
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Allowed diameter piston: 10.0-2500.0 mm
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Allowed diameter rod: 0.0-2500.0 mm
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Allowed diameter rod2: 10.0-2500.0 mm
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Allowed diameter plunger cylinder: 10.0-2500.0 mm
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Allowed moving mass: 10-100000 kg
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Allowed start position: 0.0-25000.0 mm
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Possible Stroke length: 10.0-25000.0 mm
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Max. acceleration: 25-10000 mm/s²
Power limitation
Power limitation reduces the acceleration just before reaching the maximum speed in order to avoid power peaks. In many cases this function leads to a smaller motor size.
No. |
Phase name |
Pressure
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Flow rate
| Duration
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Allowed pressure: $AppData.Table.MinPressure$-$AppData.Table.MaxPressure$ bar
Allowed pressure: $AppData.Table.MinPressure$-$AppData.Table.MaxPressure$ bar
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Allowed flow rate: $AppData.Table.MinFlowrate$-$AppData.Table.MaxFlowrate$ $Flowrate.Unit$
Allowed flow rate: $AppData.Table.MinFlowrate$-$AppData.Table.MaxFlowrate$ $Flowrate.Unit$
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Allowed values: $AppData.Table.MinDuration$-$AppData.Table.MaxDuration$ $Duration.Unit$
Allowed values: $AppData.Table.MinDuration$-$AppData.Table.MaxDuration$ $Duration.Unit$
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Allowed values: $AppData.Table.MinDurationRamp$-$AppData.Table.MaxDurationRamp$ $Duration.Unit$
Allowed values: $AppData.Table.MinDurationRamp$-$AppData.Table.MaxDurationRamp$ $Duration.Unit$
Accumulator
Accumulators can only be selected for constant pressure systems and for systems with basic dynamics.
By choosing this option, an hydraulic accumulator will be considered in sizing (not automatically considered within purchasing). The tolerance setting defines the allowed pressure drop within the accumulator (decreasing the tolerance will lead to higher safety).
Find products
Suggested productsSuggested products
Here you will find suitable solutions. Use the filter bar on the left to narrow down your solutions or use the sorting to show your solutions in a different order. The sort criterion price indicator refers to the possible solutions on basis of your chosen load cycle (not on the filtered solutions). The sort criterion system utilization is the average of the three main components pump, motor, drive.
Suggested products
Here you will find suitable solutions. Use the filter bar on the left to narrow down your solutions or use the sorting to show your solutions in a different order. The sort criterion price indicator refers to the possible solutions on basis of your chosen load cycle (not on the filtered solutions). The sort criterion system utilization is the average of the three main components pump, motor, drive.
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Product type
Control function
Coupling Type
Pump type
Motor type
Drive Type
Motor utilization
Motor utilization
The motor utilization represents the thermal motor utilization over the entered load cycle.
Based on the entered load cycle for our standard power units (CytroPac and CytroBox), it can be low.
The use of variable-speed pump drives allows energy efficient operation even at low motor utilization.
MinMax
Drive utilization
Drive utilization
The drive utilization represents the thermal drive utilization over the entered load cycle.
MinMax
Pump utilization
Pump utilization
The pump utilization is determined based on the maximum flow occurring in the cycle and the resulting pump speed in relation to the maximum possible pump speed. The efficiency of the respective pump is taken into account in the utilization.
MinMax
Hydraulic fluid
Hydraulic fluid
For more information about further fluids please contact Sytronix.support@boschrexroth.de
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Note: Regarding your requirements the use of multiple systems is also possible.
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Settings
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System data
Pump data
Motor data
Drive Data
Accumulator data
Energy Saving
Your chosen system with variable rotation speed is compared to a conventional system with constant rotation speed. The parameters of the conventional system are a suggestion on the basis of your chosen Sytronix-System. Furthermore, country specific electricity costs are pre-defined. You can change them if needed.
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Allowed operating hours: 1 - 24 h
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Allowed operating days: 1 - 365 d
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Allowed electricity costs: 0.01 - 1000 mu/kWh
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Allowed discount: 0 - 100 %
Conventional system
Sytronix system
Mains frequency
Pump type
Motor type
Costs (invest + operations)
Energy calculation
Here you will find the theoretically calculated energy saving, the CO2 saving and the consequential cost saving for your chosen system (calculations are based on RB Energy Scenarios 2019, based on IEA WEO2018).
To illustrate:
1) A multi-family-home (4 persons) consumes 5,000 kWh electricity per year on average.
2) One tree absorbs between 12 and 15 kg CO2 per year.
Here you will find the theoretically calculated energy saving, the CO2 saving and the consequential cost saving for your chosen system (calculations are based on RB Energy Scenarios 2019, based on IEA WEO2018).
To illustrate:
1) A multi-family-home (4 persons) consumes 5,000 kWh electricity per year on average.
2) One tree absorbs between 12 and 15 kg CO2 per year.
Average mains power
kW
Average mains power
kW
Return on invest (ROI)
The payback period is calculated based on the list prices and customer-specific discount of the main components for both systems. Basis for the comparison is a conventional system with similar function; SvP will be compared with SY(H)DFE or A4 HS5, FcP/DRn with pressure-controlled pumps. Later on there be a deviation due to assembly variants and device options that can be chosen - therefore the payback period can be different.
The payback period is calculated based on the list prices and customer-specific discount of the main components for both systems. Basis for the comparison is a conventional system with similar function; SvP will be compared with SY(H)DFE or A4 HS5, FcP/DRn with pressure-controlled pumps. Later on there be a deviation due to assembly variants and device options that can be chosen - therefore the payback period can be different.
Years
Energy consumption
kWh/a
Energy consumption
kWh/a
Energy saving
kWh/a
CO2 consumption
t/a
CO2 consumption
t/a
CO2 saving
t/a
Cost saving
pending
%
System data
Energy consumption
Pump data
Motor data
Drive Data
Accumulator data
Documentation
Units
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