Main Image
Main Image
Talk to our Engineers

Need Real Answers for your Specific Use Case? Talk to our Engineers

No sales scripts. Just technical feasibility:

Call us at 1-866-400-1300

or

E-mail

603C PE Pressure Transducers – High-fidelity dynamic pressure sensing

Kistler Aero/Defense (T&M)

Select a Model:

description :

Piezoelectric (PE) pressure sensor, miniature pressure transducer for highly dynamic measurements (1000 bar / 15000 psi)

Choose Quantity:

1

The W5 Engineering Advantage

Icon for award

20+ Years in Testing

Icon for users

All Across North America

Icon for trust

Trusted by Industry Leaders

Icon for clock

24-Hour Engineering Replies

Icon for users

Secure Order Processing

Icon for Award

ISO-Level Quality Assurance

The miniature pressure sensors of the 603C series are, due to their high natural frequency, suited for a variety of applications where highly dynamic pressure transients need to be measured. The acceleration compensation ensures reliable measurements even under highly vibrating conditions.

Due to their high natural frequencies, piezoelectric pressure sensors can be used for a variety of applications where dynamic pressures need to be measured. Another unique characteristic of piezoelectric pressure sensors is their ability to measure small pressure fluctuations that are superimposed on top of high static pressures with exceptional resolution. By contrast, piezoresistive pressure sensors are the right choice when measuring static pressure curves. At the core of the all-welded, hermetically sealed 603C series is a quartz crystal. The pressure to be measured acts on the sensor’s diaphragm and compresses the crystal. The compressed crystal produces a charge which is proportional to the pressure. Finally, the charge signal needs to be converted by a charge amplifier to a voltage which can then be read.

Main features / advantages

Pressure ranges up to 1000 bar (15000 psi)

Wide operating temperature range

Acceleration compensated sensor design

Very short rise time and very high natural frequency

Small sensor size

Charge (PE) or voltage (IEPE) output