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Emergency hydraulic power-source system

Piston accumulator system with energy monitoring device

Schwerll Industrial Fluid Power Equipment - Piston Accumulator System With Energy Monitoring Device

SCHWERLL piston accumulator system with energy monitoring for emergency hydraulic power-source applications. Manufacturer information cites >=9 MPa as a high-pressure application context; final system ratings, monitoring architecture and supply scope require project-specific confirmation.

Overview

SCHWERLL’s Piston Accumulator System with Energy Monitoring Device is presented for emergency hydraulic power-source duties where stored accumulator energy must remain under monitored operating conditions.

Emergency application context

Manufacturer-published application examples include emergency actuation of hydraulic-turbine governor servomotors, emergency closing of chemical-process and hydropower inlet valves, and circuit-breaker operation after loss of power.

High-pressure application context

The manufacturer also cites high-pressure applications, for example where system pressure is >=9 MPa, as a context for selecting a piston-type accumulator system equipped with an energy-monitoring device. The >=9 MPa statement is an application/system-pressure example and does not establish the product’s working, design, allowable or maximum pressure.

Configuration confirmation

Exact monitoring architecture, measured variables, sensor types, signal interfaces, vessel configuration, system volume, pressure ratings, hydraulic media, precharge, testing and conformity scope require confirmation for the supplied project configuration.

Configuration confirmation

The exact monitoring architecture, measured variables, sensor types, signal interfaces, vessel configuration, system volume, pressure ratings, hydraulic media, precharge, testing and conformity scope require confirmation for the supplied project configuration.

Contact SCHWERLL to confirm the supplied configuration.

Frequently Asked Questions

What is the purpose of SCHWERLL’s piston accumulator system with energy monitoring device?

The manufacturer presents the system for emergency hydraulic power-source duties. Published examples include turbine-governor servomotor actuation, emergency closing of chemical-process and hydropower inlet valves, and circuit-breaker operation after loss of power.

Does the >=9 MPa statement define the pressure rating of this accumulator system?

No. The manufacturer uses >=9 MPa as a high-pressure application/system-pressure example when describing selection of a piston accumulator system with an energy-monitoring device. It does not establish the Post78 working, design, allowable or maximum pressure.

What monitoring and system parameters must be confirmed for a supplied configuration?

The exact monitoring architecture, measured variables, sensors, signals and control interfaces are not defined by the available Post78 product evidence. System volume, pressure ratings, media, precharge, vessel configuration, testing and conformity scope also require confirmation for the supplied project configuration.

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