The Ametek/TMC Stacis III DC-2020 is a digital active vibration controller engineered to attenuate environmental vibrations in real-time through continuous monitoring and dynamic adjustment. The system actively cancels a broad spectrum of vibrations by sensing disturbances via multiple input channels and commanding proportional responses through dedicated actuator outputs, establishing and maintaining a sub-damped, vibration-free platform for sensitive instrumentation. Real-time sensor feedback drives closed-loop control algorithms that adapt isolation parameters to changing environmental conditions.
– Technical Specifications
The DC-2020 operates as a digital active vibration control system with continuous real-time measurement and analysis of vibration data across multiple sensor input channels. The controller features dedicated actuator output ports for driving active isolation actuators with signal conditioning tailored to the transducers and loads in use.
– Key Features
• Digital active control architecture with closed-loop feedback
• Multiple sensor input channels supporting various accelerometer and geophone types
• Real-time vibration data acquisition and dynamic parameter adjustment
• Actuator outputs optimized for active isolation driver control
• Digital communication ports for system integration and remote operation
• Status indicators and fault detection for operational health monitoring
– Typical Applications
The Stacis III DC-2020 addresses vibration isolation requirements in semiconductor fabrication, aerospace testing environments, scientific research laboratories, metrology facilities, and advanced manufacturing operations where equipment sensitivity demands a stable, isolated platform.
– Compatibility & Integration
The controller integrates through digital communication interfaces supporting multiple protocol standards and data rates. Sensor input connectors accommodate standard industrial transducer types, while actuator outputs deliver appropriate signal characteristics for active isolation driver systems. System status is communicated via visual and audible indicators for fault and operational mode awareness.
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