1. Compatibility
• Modular Workbench Compatibility:
(a)Designed to integrate seamlessly with TECquipment modular workbenches:
     • H5: Fluid Properties and Hydrostatics Bench
     • H10: Advanced Hydraulics Bench
     • H40C & H40B: Fluid Mechanics Laboratory Benches
     • H30: Versatile Hydraulic Bench
• Integration:
     • Equipped with integrated connectors and interfaces for efficient mounting and use

2. Functional Specifications
• Pressure Range:
     • Low-Pressure Range: 0–2 kPa (ideal for sensitive measurements)
     • Medium-Pressure Range: 0–10 kPa
     • High-Pressure Range: 0–100 kPa and 0–1 MPa
• Measurement Units:
     • Supports various units including Pa, kPa, psi, bar, and mmHg.
• Included Measurement Devices:
  • U-Tube Manometer:
     • Fluid type: Water or mercury (based on setup)

     • Measurement range: ±200 mmH?O.
• Bourdon Gauge:
     • Range: 0–1 MPa.
     • Accuracy: ±1.5% of full-scale value.
• Electronic Pressure Transducer:
     • Range: 0–200 kPa.
     • Output options: 4–20 mA or 0–10 V (digital output interface included).
     • Accuracy: ±0.1% FS.
• Inclined Manometer:
     • Measurement range: 0–100 mmH?O (high-resolution for low-pressure measurements)

3. Design Features
• Construction:
     • High-quality, durable materials utilized in all components, including stainless steel and corrosion-resistant plastics.
     • Compact, modular panel design for easy integration with TECquipment benches.
• Connectors:
     • Quick-fit connectors for compatibility with TECquipment hydraulic and pneumatic systems.
• Flexible Tubing:
     • Transparent, reinforced tubing for clear visualization of fluid flow during experiments

4. Data Logging and Analysis
• Display:
     • Digital display for electronic pressure transducers.
     • Manometers equipped with calibrated scales for straightforward reading.
5. Experimentation Capabilities
• Core Experiments:
     • Hydrostatic pressure measurement using U-tube and inclined manometers.
     • Comparative analysis of pressure-measuring devices (Bourdon gauge vs.electronic transducer).
     • Investigation of pressure drops in piping systems.
     • Calibration of pressure-measuring instruments

• Optional Experiments:
     • Dynamic pressure changes in flowing fluids.
     • Temperature-compensated pressure readings in compressible fluids.
6. Power Supply
     • Specifications to be determined based on integration with TECquipment benches.
7. Safety Features
• Design:
     • All components engineered for safe use in educational settings.
• Pressure Relief:
     • Pressure relief valves on high-pressure devices to prevent overload.
• Fluid Safety:
     • Non-toxic and safe fluids utilized in manometers.