The Rexroth VT-VPCD-1-16/V0/1-P-1 is a digital controller produced by Bosch Rexroth for the control of axial piston variable pumps.The controller integrates advanced digital control technology to achieve precise control of the hydraulic system.
Product parameter
Component series:1X
Working voltage:24V
Electronic type:Digital
Ambient temperature range:0 to 50℃
Model analysis:VT represents variable,VPCD represents digital controller,1 represents component series,16 represents specific model,V0/1 represents installation mode,P represents connection mode,and 1 represents output.
Product application
Hydraulic system control:used to control various hydraulic systems,such as machine tools,injection molding machines,construction machinery,etc.
Axial piston pump control:accurately control the flow and pressure of the axial piston pump to achieve dynamic regulation of the hydraulic system.
Motion control:Cooperate with other hydraulic components to achieve motion control of the hydraulic system.
Product characteristics
High precision:The use of advanced digital control technology,with high precision,high response speed characteristics.
Flexible configuration:Software can be flexibly configured to meet different application requirements.
High reliability:The use of industrial components,with high reliability.
Easy integration:Provides a variety of interfaces for easy integration with other devices.
Brand introduction
Bosch Rexroth is a leading global supplier of hydraulic technology within the Bosch Group.Its products are widely used in industrial automation,mobile machinery,renewable energy and other fields.Rexroth is committed to providing its customers with efficient and reliable hydraulic solutions,constantly pushing the development of hydraulic technology.
Product advantage
Precise control:To achieve accurate control of the hydraulic system,improve production efficiency.
Energy saving and environmental protection:achieve energy saving and consumption reduction by optimizing control strategies.
Improve system performance:Improve the response speed and stability of the hydraulic system.
Prolong the life of the equipment:reduce the wear of the hydraulic system and extend the service life of the equipment.
