The Rexroth VT-HNC100-1-23/M-08-P-0 is a digital controller developed for high-precision hydraulic motion control applications. It is designed to manage closed-loop control tasks with accuracy and stability, supporting advanced automation requirements in industrial hydraulic systems.
The VT-HNC100 controller is built on a digital control architecture that enables precise regulation of hydraulic axes. Its internal processing capability supports complex control algorithms, allowing accurate coordination of motion, force, and position within hydraulic systems.
This digital design enhances responsiveness and repeatability, contributing to consistent machine behavior under varying operating conditions.
The VT-HNC100-1-23/M-08-P-0 is designed for closed-loop control applications where continuous feedback is required. It processes input signals from sensors and transducers to regulate hydraulic actuators with high accuracy.
Closed-loop control improves positioning precision, dynamic response, and operational stability across demanding motion control tasks.
This Rexroth controller is engineered for flexible integration into hydraulic and automation systems. It can be combined with proportional valves, servo valves, hydraulic actuators, and feedback devices to create coordinated control solutions.
Standardized interfaces and modular design support efficient system configuration and commissioning.
The VT-HNC100 controller is designed to deliver stable performance in industrial environments where operating conditions may vary. Robust signal processing and control logic help maintain consistent regulation even during load changes or dynamic motion sequences.
Stable control behavior contributes to improved machine reliability and predictable system operation.
High-resolution signal processing within the VT-HNC100-1-23/M-08-P-0 allows accurate interpretation of sensor feedback and command signals. This precision supports smooth motion profiles and minimizes deviations during operation.
Accurate signal handling is essential for applications requiring fine control and repeatable results.

The controller is designed to operate seamlessly with Rexroth hydraulic valves and actuators. This compatibility enables optimized system performance and supports coordinated interaction between control electronics and hydraulic hardware.
Integrated system design helps reduce complexity and supports efficient hydraulic control solutions.
The VT-HNC100-1-23/M-08-P-0 supports complex control tasks such as synchronized axis movement, force control, and dynamic motion sequences. Its processing capabilities allow multiple control functions to be managed within a single controller.
This functionality makes it suitable for advanced automation and motion control applications.
Designed with industrial reliability in mind, the VT-HNC100 controller maintains consistent performance during continuous operation. Stable electronic components and control logic help ensure predictable behavior over extended operating periods.
Reliable control performance contributes to higher system availability and reduced operational disruptions.
The Rexroth VT-HNC100-1-23/M-08-P-0 is suitable for a wide range of applications, including industrial machinery, hydraulic presses, automation systems, and specialized motion control equipment.
Its versatility allows it to be adapted to various hydraulic control requirements and system architectures.
By enabling precise hydraulic regulation and coordinated motion control, the VT-HNC100 controller supports overall system optimization. Improved control accuracy can enhance process quality and operational efficiency.
Optimized control performance helps achieve smoother operation and improved system responsiveness.
The Rexroth VT-HNC100-1-23/M-08-P-0 digital hydraulic controller provides precise closed-loop control, flexible system integration, and stable performance for advanced industrial hydraulic applications. Its robust digital architecture and compatibility with Rexroth hydraulic components make it a reliable solution for demanding motion control systems.



