The Millar TC-510 Pressure Control Unit delivers precision pressure regulation and real-time monitoring for demanding research, development, and industrial applications. Built on proportional-integral-derivative (PID) control architecture, this instrument maintains excellent long-term stability while supporting rapid pressure adjustments. The digital interface enables intuitive setpoint configuration across multiple pressure unit formats, while integrated real-time display and low drift characteristics ensure sustained measurement accuracy throughout extended operations.
Technical Specifications
Pressure Control
• Control type: Proportional-Integral-Derivative (PID)
• Setpoint adjustment: Digital interface with configurable pressure units (psi, bar, kPa, inHg)
• Accuracy: High accuracy measurement (sensor and calibration dependent)
• Resolution: High-resolution pressure readings
• Stability: Excellent long-term pressure stability
• Response time: Optimized for rapid pressure adjustments
• Drift: Low drift characteristics
• Settling time: Defined settling behavior
Electrical
• Power input: AC or DC (model/configuration dependent)
• Power consumption: Specification in user manual
Environmental
• Operating temperature range: Specified in documentation
• Storage temperature range: Specified in documentation
• Operating humidity: Specified in documentation
Physical
• Form factor: Benchtop or rack-mount compatible
• Enclosure: Industrial or laboratory-grade design
– Key Features
• Real-time pressure visualization on integrated digital display
• Adaptable control parameters via user-friendly interface
• Configurable pressure measurement units
• Low-drift long-term operation
– Typical Applications
• Research and development pressure characterization
• Advanced industrial pressure management systems
• Critical pressure measurement environments
– Compatibility & Integration
The TC-510 integrates with standard data acquisition infrastructures through common communication protocols and ports detailed in the product manual.
