» Reservoir/Volume Compensator Datasheet

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Business Contact Information

First Name*

Last Name*

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Company*

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Your Application Description

Describe Your Application, including Program/Platform Name if Available*

For braking systems, landing gear deployment, flight control actuation...etc

What are your quantity requirements/timeline?*

Technical Data

In order to properly size the reservoir, we must understand what displaced fluid volume is required from what high pressure to what low pressure, and over what temperature range. Please provide best approximation for unknown values if able.

Accumulator Full Condition

Images are a general representation of hardware - final configuration will depend on operational requirements

Accumulator Empty Condition

FLUID VOLUME AT RESERVOIR FULL CONDITION [in3 / Liters]*

Provide if known, otherwise state TBD; This is the system fluid volume that the reservoir needs to be capable of holding and/or expelling, not considering the starting volume of the reservoir itself.

Fluid Volume at RESERVOIR Empty Condition [in3 / Liters]*

Provide if known, otherwise state TBD; This will be 0 unless you wish some fluid remaining in the reservoir. NOTE: There will always be some amount of dead fluid volume that will need to remain within the reservoir. This volume will be determined by Senior.

Maximum permissable system fluid pressure  (at reservoir full condition) [PSIG/BAR(R)]*

Provide if known, otherwise state TBD

Minimum permissible system pressure  (at reservoir empty condition) [PSIG/BAR(R)]*

Provide if known, otherwise state TBD or N/A if reservoir does not need to apply pressure to system.

Specifications

System operating / storage temperature range? [°F/°C]

Provide if known, otherwise state TBD.

Ambient / Environment Temperature Range? [°F/°C]

Provide if known, otherwise state TBD

Proof Pressure [PSIG/BAR(G)] and at what temperature? [°F/°C]

Burst Pressure [PSIG] and at what temperature? [°F/°C]

Sample information to include

Material Requirements (e.g. stainless steel, or titanium)
Fluid Type - If this is a volume compensator, please provide the relevant coefficient of thermal expansion needed to determine what additional volume compensation is required for the dead volume within the reservoir.
Environment description
Cycle life requirements (definition and number of partial/full cycles)
Full/cycle rate
Fill conditions - Will volume compensator start in neutral position? How will this position be achieved? (Hardware, pressure readings, fixed volume, etc)

Max Diameter (inch / cm)
Max Length (inch / cm)
Target Weight (lb / kg)
Mounting Requirements
Hydraulic Port Requirements
Sensing Required? (Level sensing, pressure sensing or temperature sensing)
Additional cycle definitions (e.g. partial stroke cycles)
Vibration/Acceleration requirements

Additional Comments/Requirements

Unique ID