PRESSURE REGULATING

Brand Owner (click to sort) Address Description
OMNICONTROL PFEIFFER VACUUM GMBH Berliner Strasse 43 Aßlar 35614 Germany Pressure regulating, monitoring and control apparatus for vacuum pumps and vacuum pump stations; Electronic controllers for vacuum pumps and vacuum pump stations; Vacuum gauges for laboratory use; Automated immunodetection system comprised of a vacuum manifold for laboratory use; Automated digital controls for vacuum pump equipment; Electric control devices for vacuum pumps; Pressure measuring apparatus; Distance measuring apparatus; Apparatus for testing gas, liquids and solids; Technical measuring, testing and checking apparatus and instruments for measuring, testing and checking the temperature, pressure, quantity and concentration of gas and liquids; Leak detectors for vacuum pumps; Residual gas analyzers; Control valves for regulating the flow of gases; Gas sensors for measuring gas concentration; Electronic valves for controlling gas or fluids; Flow switches for monitoring and controlling the flow of gases; Vacuum feedthroughs for electrical currents, voltages, thermocouples and fluids for high vacuum and ultra-high vacuum applications, namely, vacuum-tight, mechanical and electrical feedthroughs as parts of measuring, regulating and control apparatus, in particular current feedthroughs, thermocouple feedthroughs, fluid feedthroughs, pipe feedthroughs, rotary feedthroughs, rotary/linear motion feedthroughs, linear motion feedthroughs, being specially adapted and cannot be used independently; Electrical feedthroughs made of metal, specifically current feedthroughs, thermocouple feedthroughs; vacuum gauges; pressure gauges;Vacuum pumps and vacuum pump stations consisting of vacuum pumps; vacuum pumps and vacuum pump stations composed thereof; drives and shaft bearings for vacuum pumps; parts of vacuum pumps and vacuum pump stations, specifically oil separators, condensate separators, dust separators, filters, vapor condensers, flanges with incorporated coolers and control apparatus that are specially adapted and cannot be used independently; valves being parts of machines; vacuum installations substantially consisting of vacuum pumps and adapted accessories for vacuum pumps that cannot be used independently, specifically oil separators, condensate separators, dust separators, filters, vapor condensers, flanges, valves, vacuum chambers and process-related fixtures as parts of these installations with incorporated coolers, control apparatus, measuring apparatus and connecting cables; machine parts specially adapted for vacuum pump installations, namely, current feedthroughs, thermocouple feedthroughs, fluid feedthroughs, pipe feedthroughs, rotary feedthroughs, rotary/linear motion feedthroughs and linear motion feedthroughs; structural parts for vacuum pumps and vacuum pump stations comprised primarily of vacuum pumps;OMNI CONTROL;
OMNICONTROL Pfeiffer Vacuum Technology AG Berliner Strasse 43 Asslar D-35614 Germany Pressure regulating, monitoring and control apparatus for vacuum pumps and vacuum pump stations; Electronic controllers for vacuum pumps and vacuum pump stations; Vacuum gauges for laboratory use; Automated immunodetection system comprised of a vacuum manifold for laboratory use; Automated digital controls for vacuum pump equipment; Electric control devices for vacuum pumps; Pressure measuring apparatus; Distance measuring apparatus; Apparatus for testing gas, liquids and solids; Technical measuring, testing and checking apparatus and instruments for measuring, testing and checking the temperature, pressure, quantity and concentration of gas and liquids; Leak detectors for vacuum pumps; Residual gas analyzers; Control valves for regulating the flow of gases; Gas sensors for measuring gas concentration; Electronic valves for controlling gas or fluids; Flow switches for monitoring and controlling the flow of gases; Vacuum feedthroughs for electrical currents, voltages, thermocouples and fluids for high vacuum and ultra-high vacuum applications, namely, vacuum-tight, mechanical and electrical feedthroughs as parts of measuring, regulating and control apparatus, in particular current feedthroughs, thermocouple feedthroughs, fluid feedthroughs, pipe feedthroughs, rotary feedthroughs, rotary/linear motion feedthroughs, linear motion feedthroughs, being specially adapted and cannot be used independently; Electrical feedthroughs made of metal, specifically current feedthroughs, thermocouple feedthroughs; vacuum gauges; pressure gauges;Vacuum pumps and vacuum pump stations consisting of vacuum pumps; vacuum pumps and vacuum pump stations composed thereof; drives and shaft bearings for vacuum pumps; parts of vacuum pumps and vacuum pump stations, specifically oil separators, condensate separators, dust separators, filters, vapor condensers, flanges with incorporated coolers and control apparatus that are specially adapted and cannot be used independently; valves being parts of machines; vacuum installations substantially consisting of vacuum pumps and adapted accessories for vacuum pumps that cannot be used independently, specifically oil separators, condensate separators, dust separators, filters, vapor condensers, flanges, valves, vacuum chambers and process-related fixtures as parts of these installations with incorporated coolers, control apparatus, measuring apparatus and connecting cables; machine parts specially adapted for vacuum pump installations, namely, current feedthroughs, thermocouple feedthroughs, fluid feedthroughs, pipe feedthroughs, rotary feedthroughs, rotary/linear motion feedthroughs and linear motion feedthroughs; structural parts for vacuum pumps and vacuum pump stations comprised primarily of vacuum pumps;OMNI CONTROL;
 

Where the owner name is not linked, that owner no longer owns the brand

    
Technical Examples
  1. The invention relates to a regulating device for hydrostatic piston machines consisting of an actuating piston (2) which can be removed between two end positions which can be impinged upon by actuating pressure exerted thereon in an opposite direction. An actuating pressure regulating valve (5) is used to regulate the actuating pressure. The actuating regulating valve (5), which is used to regulate the actuating pressure, comprises a regulating piston which can be shifted from a neutral position and which can be impinged upon with a regulating force which is dependent on the position of the actuating piston (2). The regulating force is directed counter to a control force acting upon the regulating piston (6) and the regulating force is zero when the regulating device (1) is in a rest position. When the regulating device (1) is in a rest position, the regulating piston (6) is in a neutral position and the actuating piston (2) is a specific end position.