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Lightweight Piston Accumulator

Schwerll Industrial Fluid Power Equipment - Lightweight Piston Accumulator
Preliminary Sizing Calculator

Use our online calculator for preliminary polytropic volume estimates. High-pressure final sizing requires engineering verification and real-gas compressibility correction.

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Standards & Regulatory Review Alignment:
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Piston accumulator

Lightweight Piston Accumulator

Model / SKU: SCH-1002 | Validation: Hydrostatic Proof Tested

Lightweight piston accumulator with published Vehicle, Marine, Aerospace and Undersea series; pressure and capacity vary by series.

Up to 350 bar Pressure Capability
0.05 L to 1,500 L Capacity Sizing
-20Β°C to +80Β°C* Temp (Duty Dependent)
Hydrostatic Proof Tested Quality Validation
*Operating temperature range depends on seal configuration: Standard NBR (-20Β°C to +80Β°C), Low-Temperature NBR (-40Β°C to +70Β°C), or Fluorocarbon FKM (-10Β°C to +120Β°C).

Direct Factory Technical Inquiry & Fast RFQ

Contact Schwerll engineering sales directly for custom volume sizing, pressure ratings, material compatibility and volume pricing.

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⏱️ Fast RFQ Response β€’ πŸ§ͺ Hydrostatic Proof Tested (Per Applicable Spec) β€’ πŸ”’ Strict NDA Protection

Product Specifications & Engineering Data

Authoritative technical parameters, fluid media tolerances, and structural design standards.

πŸ“ 2D/3D CAD Models Available

Overview

The SCHWERLL Lightweight Piston Accumulator is published for weight-reduction applications involving mobile equipment and vehicles, aircraft, and boats or vessels. SCHWERLL describes the construction technology as electron beam welding.

Published Series

Series Published Volume Range Published Maximum Pressure
Vehicle Chassis Application Series 0.1-100 L 350 bar
Marine Series 10-1,500 L 390 bar
Aerospace Cabin Series 2-300 L 350 bar
Undersea Control System Series 0.05-200 L 700 bar

These are separate published series ranges. Pressure limits and volume ranges apply to the named series; they are not a single continuous family range.

Construction

SCHWERLL’s published product information identifies electron beam welding technology for lightweight piston accumulators.

Configuration Note

Final interfaces, materials, seals, operating medium and documentation scope are confirmed for the supplied configuration. Applicable pressure-equipment requirements are reviewed according to supplied configuration, project specification and destination.

Frequently Asked Questions

What is a SCHWERLL lightweight piston accumulator?

It is a piston accumulator product published for weight-reduction applications involving mobile equipment and vehicles, aircraft, and boats or vessels.

Which lightweight piston accumulator series are published?

The published series are Vehicle Chassis Application, Marine, Aerospace Cabin, and Undersea Control System.

Which series has the highest published maximum pressure?

The Undersea Control System Series has a published maximum pressure of 700 bar.

Which series has the largest published volume range?

The Marine Series has the largest published upper volume, at 1,500 L; its published range is 10-1,500 L.

How are materials, interfaces and documentation confirmed?

Materials, interfaces, seals, operating medium and documentation scope are confirmed for the supplied configuration and project requirements.

Frequently Asked Questions

Direct technical answers from Schwerll fluid power application engineers regarding Lightweight Piston Accumulator.

It is a piston accumulator product published for weight-reduction applications involving mobile equipment and vehicles, aircraft, and boats or vessels.

International Pressure Vessel Certifications & Engineering Standards

Schwerll accumulators and pressure vessels are engineered in compliance with major international codes based on client specifications and deployment jurisdiction. Official certificates, 3.1 material test reports, and third-party inspection witness are provided per order.

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ISO 9001:2015 QMS

Corporate Quality Management System (QMS) certification governing engineering design, raw material traceability, precision manufacturing, and pressure testing.

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ASME Section VIII

ASME Section VIII Division 1 design review and technical documentation are evaluated for piston accumulator configurations upon project specification.

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CE Pressure Equipment Directive

European Pressure Equipment Directive (PED 2014/68/EU) conformity-assessment requirements and documentation routes are reviewed according to destination market and project scope.

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China Pressure Equipment Context

Applicable China pressure-equipment regulatory and product-standard requirements are reviewed according to product configuration and project scope.

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Multi-National Registrations

Technical documentation and calculation dossiers can be reviewed for CU-TR/EAC (Eurasian Union), NR13 (Brazil), AS1210 (Australia), KOSHA (Korea), and DOSH (Malaysia).

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Third-Party Inspection (TPI)

Independent third-party inspection (TPI) and witness testing can be arranged with classification societies and inspection agencies (DNV, LR, BV, SGS, TÜV).

Custom Engineering & Ordering Flow

01
Technical Parameter Submission

Provide system operating pressures (P1/P2/P0), effective gas volume, cycle frequency, hydraulic fluid type, and ambient temperature range.

02
Computerized Volume Sizing Support

Our application engineering team provides technical review and sizing verification based on client operating parameters, including thermal dissipation and real-gas compressibility correction for high-pressure applications.

03
Approval Drawing & Quotation

Quotation packages, general arrangement drawings, nozzle/flange connection details, and commercial terms are prepared upon engineering review of operating duty cycles.

04
Fabrication & Quality Inspection

Precision honed cylinder bore for low-friction operation, ultrasonic testing (UT) of forged shells, and hydrostatic proof pressure testing per applicable pressure vessel code (such as ASME Section VIII or EN 14359 / PED) and approved project inspection scope.

05
Export Packing & Global Delivery

Solid wooden crating with desiccants, rust preventative oil, and transport protection per contract specification. Incoterms: FOB, CIF, or DAP per project agreement.

Standard ConfigurationsTypical 2–4 Weeks
Project-Certified (ASME/PED)Typical 6–8 Weeks
Custom / Large-CapacityTypical 8–12 Weeks
Complete Accumulator StationProject-Specific Schedule
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