Ultra-High-Speed & High Resolution Digital Controller PCS8000
The PCS8000 represents the latest generation of ultra-high-speed, high-resolution digital controllers, designed for a full spectrum of materials and component testing applications. Built to meet the demands of complex multi-axis, multi-channel simulation systems, this modular controller is compatible with a wide range of setups—from monotonic electromechanical testing machines and single-channel actuators to multi-channel servohydraulic or electrodynamic systems.
As the fourth generation in the PCS digital controller family, the PCS8000 incorporates continuous customer feedback and enhancements, reflecting hundreds of successful installations worldwide. The controller delivers an impressive 14.4 kHz closed-loop control and data acquisition rate on all channels, paired with 24-bit high-resolution transducer conditioning, powered by a 64-bit processor operating at 1 GHz. This combination ensures unmatched precision, fast response, and highly reliable measurement and control performance across demanding testing environments.
One of the standout features of the PCS8000 is its support for both physical and virtual (calculated) channels. This allows users to integrate advanced test setups and complex simulations with virtually unlimited system flexibility. The controller’s modular architecture facilitates easy extension of controlled channels or interconnection of multiple PCS8000 units, enabling the creation of comprehensive multi-channel control networks tailored to the most challenging research and industrial applications.
Durable materials, multifunctional operation, and reliable performance make the PCS8000 ideal for harsh industrial environments. The controller seamlessly integrates with W+B’s advanced Dion7 software suite, offering full support for mechanical testing, dynamic simulations, and advanced materials research. Its versatility and high-speed capabilities make it a preferred choice for laboratories and industrial facilities requiring precision, flexibility, and scalability.
Multifunctional Remote Control Hand Set with Touch-Screen
The PCS8000 is complemented by a multifunctional remote control hand set featuring an intuitive LCD touch-screen. This unit provides convenient and precise test setup and operation, making complex testing sequences easier to manage. Fully programmable, the remote control extends functionality beyond standard pre-assigned operations, offering enhanced operational comfort for advanced material and component testing.
Designed for flexibility, the hand set can be placed on a working table or mounted directly on the load frame. The display rotates 180° for optimal user positioning, whether the cable orientation is top-down or bottom-up. Fully compliant with CE safety standards for material testing, the remote includes a hardware key to activate setup mode, enabling safe operation at reduced piston or crosshead speeds in line with CE machine directives.
The remote control is suitable for both single-channel PCS8000 systems and multi-channel configurations, supporting complex testing setups with multiple connected controllers. Users can monitor up to three channels simultaneously, such as force, piston stroke, and strain, ensuring complete oversight of the testing process.
Key Functions Include:
• Zeroing of control and measurement channels
• Piston or crosshead movement with adjustable speed
• Trimm function for precise positioning
• Unclamping of movable crossheads
• Operation of hydraulic, pneumatic, or motorized grips
• Display brightness adjustment and rotation
• Integrated Emergency STOP for immediate safety
• Key-switch activation for CE-compliant setup mode
Together, the PCS8000 controller and its multifunctional remote control provide a complete high-speed, high-precision solution for materials testing, simulation, and multi-axis mechanical testing applications. The system’s flexibility, modularity, and user-friendly interface make it an essential component in modern laboratories and industrial test facilities seeking reliable performance and advanced control capabilities.
