- Products
- Parker-Meggitt
- Meggitt Vibro-Meter CP211 Piezoelectric Pressure Transducer
Parker-Meggitt
Meggitt Vibro-Meter CP211 Piezoelectric Pressure Transducer
Fast delivery from GERMANY to worldwide
Contact with us! 24 business hours (excluding weekends and holidays) to confirm stock status and estimated delivery time.
Technical Datasheets / Product Documentations
25 pC/bar, ?54 to 650 °C, 2 to 15000 Hz.
The CP211 piezoelectric pressure transducer is a high-quality, high-reliability dynamic pressure sensor with a piezoelectric sensing element that provides a charge output. Accordingly, an external charge amplifier (IPC704 signal conditioner), is required to convert this charge-based signal into a current or a voltage signal.
The CP211 is designed and built for long-term use in extreme environments characterised by high temperatures and/or hazardous areas (potentially explosive atmospheres).
FeaturesDesigned for the long-term measurement of pressure pulsation in extreme environments, such as gas turbine combustorsVery high operating temperature: up to 650 °C (1202 °F)Very high frequency response: up to 15000 HzAvailable in different integral mineral-insulated (MI) cable lengths, terminated with either a high-temperature connector or a LEMO connectorCertified for use in potentially explosive atmospheresPARAMETER
VALUE (IMPERIAL | METRIC)
Output type
Charge (2-wire)
Sensitivity
1.72 pC/psi | 25 pC/bar
Operating temperature range
?65 to 1202 °F | ?54 to 650 °C
Frequency response
Up to 15000 Hz
Sensitivity deviation
See response curves in data sheet
Dynamic measurement range
0.007 to 3625 psi | 0.0005 to 250 bar
Overload capacity
Up to 5076 psi | Up to 350 bar
Linearity
<±1%
Acceleration sensitivity
?0.0625 pC/g
Resonant frequency
>80 kHz
Hazardous area certifications
Ex ib
As we supply industrial equipment, product availability and delivery timelines may vary. Once your order is placed, our sales team will contact you within 24 business hours (excluding weekends and holidays) to confirm stock status and estimated delivery time.