Hydraulic Regulator

Hydraulic Regulator

 

a regulator in which the pressure of a liquid fed from a constant supply acts on a regulating mechanism. Hydraulic regulators are usually designed to function according to the integral, proportional, or integral-proportional laws of regulation.

Membranes, bellows, and other devices that transform the value being measured into a proportional force (less frequently, into a proportional movement) serve as the receiving (sensing) elements of hydraulic regulators. Hydraulic actuating mechanisms based on double-action hydraulic cylinders are most often used in hydraulic regulators, but relatively simple hydraulic regulators may utilize single-action membrane actuating mechanisms. A hydraulic regulator’s advantages include dependability, simplicity of design and maintenance, and small size and weight. Its main shortcoming is the need for constant monitoring of leaks of the operating liquid.

References in periodicals archive ?
This paper describes the following three items: (1) an examination of the brake system functions that realize the regenerative-friction brake coordination and collision avoidance support functions, (2) considerations and a proposal for a brake system that achieves the functions described in item (1) with a simple structure, and (3) development of core technology for controlling the wheel cylinder pressure in a brake system equipped with a hydraulic regulator.
- especially the project, disassembly and assembly work (including removing the cast-helix), new impeller, guide vanes, distributor, coil, lubrication units, bearings, hydraulic regulator, servo diffuser ring, shaft , testing, documentation - for details see Qualification documentation.
In recently developed hydraulic regulator systems, both the electrical and mechanical regulators are applied to hydraulic regulator system.
Buddhist beliefs in reincarnation and interconnectedness mesh with research that shows Bhutanese forests serve as a hydraulic regulator for north-south rivers of India and Bangladesh.
A compelling representation of the suggested solution concerning the seven range degrees pattern is offered in Figure 3 a and b respectively, by comparison to both the classical system and the QLHR quadratic linear hydraulic regulator adaptive system, together with the theoretical measurements and those resulting from experimental trials.