Phoenix TMI Delphius Displacement Sensor

PHOENIX TMI DELPHIUS DISPLACEMENT SENSOR

Phoenix TMI Delphius is a displacement sensor developed using strain gauge technology, featuring a full Wheatstone bridge with a nominal resistance of 350 Ω. As the contact tip moves, mechanical deformation of the elastic element is converted into an electrical signal, enabling displacement measurement with high resolution and stable linear characteristics.

The sensor is designed to be compatible with measurement instruments and data acquisition systems for strain gauge sensors. Depending on the model, the nominal output signal ranges from 3.5 to 5.5 mV/V, making it suitable for integration with dedicated readout units and measurement systems.

MEASUREMENT RANGES

Phoenix TMI Delphius is available in multiple measurement ranges:

• 0–5 mm

• 0–10 mm

• 0–15 mm

• 0–25 mm

• 0–50 mm

• 0–100 mm

APPLICATIONS

Phoenix TMI Delphius is suitable for measuring:

• Linear displacement

• Axial deformation

• Deflection

• Position changes

• Changes in geometric dimensions

• Mechanical motion

The sensor can be integrated into testing systems such as consolidation testing machines, UCT machines, triaxial testing systems, and other equipment that requires displacement or deformation monitoring during testing.

ACCURACY AND STABILITY

Phoenix TMI Delphius is designed for measurement applications that require high accuracy and long-term stability.

Depending on the model, the sensor provides:

• Combined error from < 0.15% to < 0.20% of output

• Repeatability of < 0.10% of output

• Resolution of up to < 0.01 mm, depending on the readout device

• IP54 protection rating