VIBRO-METER CP216 143-216-000-251 Piezoelectric Pressure Transducer Sensor

VIBRO-METER CP216 143-216-000-251 Piezoelectric Pressure Transducer

VIBRO-METER CP216 143-216-000-251 detects dynamic industrial pressure changes.

This piezoelectric transducer captures high-temperature pressure measurement data.

Pressure & Electrical Specifications

Nominal Sensitivity: 200 pC/bar ±5% standard reference tolerance

Dynamic Pressure Range: 0.0005 bar to 250 bar full measurement scale

Maximum Overload Pressure: 350 bar short-term pressure resistance

Burst Pressure Rating: 500 bar minimum structural pressure limit

Frequency Response: 2 Hz to 15000 Hz flat operational bandwidth

Resonant Frequency: Greater than 80 kHz inherent structural frequency

Linearity Error: ≤±1% across full dynamic measuring range

Acceleration Sensitivity: ≤0.5 pC/g mechanical interference rating

Hysteresis Value: < 0.1% full scale measurement deviation

Mechanical & Environmental Specifications

Operating Temperature Range: -70°C to +520°C continuous working scope

Unit Weight: 12 grams compact lightweight structural design

Internal Capacitance: 320 pF plus 200 pF per meter cable length

Industrial Monitoring Applications

High Temperature Pressure Detection

The transducer tracks dynamic pressure fluctuations for thermal machinery.

The sensor records pressure data for high-temperature process systems.

The unit captures transient pressure changes for combustion equipment.

Explosive Environment Monitoring

The device performs pressure testing for hazardous industrial zones.

The module supports safety monitoring for sealed process containers.

The transducer assists operational analysis for industrial combustion units.

Core Functional Features

Precision Dynamic Measurement Performance

Wide frequency bandwidth covers fast transient pressure variations.

Low hysteresis maintains consistent data across repeated cycles.

Minimal acceleration sensitivity reduces external mechanical interference.

Extreme Environment Structural Adaptability

Special internal insulation stabilizes output at ultra-high temperatures.

Lightweight construction simplifies precision installation layouts.

Certified structure enables deployment in explosive industrial areas.