Piezoelectric Pressure Sensors are available as both charge mode and IEPE configurations. Charge Mode Pressure Sensors are a family of high temperature pressure sensors with sensitivity as low as 0.35 pC/psi to as high as 600 pC/psi. The IEPE Pressure Sensors are probe-style miniature pressure sensors used for various applications like high-intensity sound pressure level measurement, dynamic pressure measurement,etc.
| Items |
 2180C Dytran 2180C, Charge Mode Pressure Sensor |
 2200C1 Dytran 2200C1, Charge Mode Pressure Sensor |
 2200C4 Dytran 2200C4, Charge Mode Pressure Sensor |
 2200C6 Dytran 2200C6, Charge Mode Pressure Sensor |
 2200C7 Dytran 2200C7, Charge Mode Pressure Sensor |
|||||
| Description |
The Dytran model 2180C is a piezoelectric charge mode microphone with a high sensitivity of 600
pC/psi, designed to measure high-intensity gas-borne sound pressure levels up to 191 dB, while reliably
operating in high temperatures up to +500°F (+260°C). Design of the model 2180C utilizes a special high-temperature piezoceramic material which generates a charge signal in response to sound pressure acting on the stainless steel diaphragm. The sensor is acceleration compensated to reduce the risk of spurious ambient vibration signals adding to signal output. In addition, the model 2180C features internal case ground isolation to avoid EMI/ground loop interference, as well as complete Faraday shielding of the sensing element to prevent AC noise pickup from external electrodynamic sources. This internal electrical isolation means that the sensing element is always electrically isolated from the mounting surface, and even from the diaphragm. The model 2180C features a stainless steel construction, TNC axial connector and a 1 1/8-12 mounting thread. Units are also hermetically sealed for reliable operation in high-humidity and dirty environments. |
The Dytran 2200C series is a family of high-temperature piezoelectric charge mode pressure sensors with a sensitivity of 1 pC/psi and ultra-fast rise times. Offered in six different models, with available measurement ranges from 100 to 15,000 psi, the series utilizes a stable quartz sensing element for reliable operation in temperatures up to +500°F (+260°C). With a probe-style design and rugged stainless steel housings, sensors within the Dytran 2200C series feature a 10-32 axial connector and weigh just seven grams. Sensors are also acceleration compensated to reduce the risk of spurious ambient vibration signals adding to signal output. | The Dytran 2200C series is a family of high-temperature piezoelectric charge mode pressure sensors with a sensitivity of 1 pC/psi and ultra-fast rise times. Offered in six different models, with available measurement ranges from 100 to 15,000 psi, the series utilizes a stable quartz sensing element for reliable operation in temperatures up to +500°F (+260°C). With a probe-style design and rugged stainless steel housings, sensors within the Dytran 2200C series feature a 10-32 axial connector and weigh just seven grams. Sensors are also acceleration compensated to reduce the risk of spurious ambient vibration signals adding to signal output. | The Dytran 2200C series is a family of high-temperature piezoelectric charge mode pressure sensors with a sensitivity of 1 pC/psi and ultra-fast rise times. Offered in six different models, with available measurement ranges from 100 to 15,000 psi, the series utilizes a stable quartz sensing element for reliable operation in temperatures up to +500°F (+260°C). With a probe-style design and rugged stainless steel housings, sensors within the Dytran 2200C series feature a 10-32 axial connector and weigh just seven grams. Sensors are also acceleration compensated to reduce the risk of spurious ambient vibration signals adding to signal output. | The Dytran 2200C series is a family of high-temperature piezoelectric charge mode pressure sensors with a sensitivity of 1 pC/psi and ultra-fast rise times. Offered in six different models, with available measurement ranges from 100 to 15,000 psi, the series utilizes a stable quartz sensing element for reliable operation in temperatures up to +500°F (+260°C). With a probe-style design and rugged stainless steel housings, sensors within the Dytran 2200C series feature a 10-32 axial connector and weigh just seven grams. Sensors are also acceleration compensated to reduce the risk of spurious ambient vibration signals adding to signal output. | |||||
| Brands | Dytran | |||||||||
| Weight | 155 g5.5 oz | 7 g0.25 oz | 7 g0.25 oz | 7 g0.25 oz | 7 g0.25 oz | |||||
| Housing Material | Stainless Steel | |||||||||
| Diaphragm Material | Stainless Steel | |||||||||
| Diameter | 0.980 in2.489 cm | 0.217 in0.551 cm | 0.217 in0.551 cm | 0.217 in0.551 cm | 0.217 in0.551 cm | |||||
| Sensing Element | Ceramic, Compression | Quartz, Compression | Quartz, Compression | Quartz, Compression | Quartz, Compression | |||||
| Sensitivity | 600 pC/psi87 pC/kPa | 1 pC/psi0.16 pC/kPa | 1 pC/psi0.16 pC/kPa | 1 pC/psi0.16 pC/kPa | 1 pC/psi0.16 pC/kPa | |||||
| Measuring Pressure Range | 10 psi69 kPa | 100 psi689 kPa | 1000 psi6895 kPa | 10000 psi68948 kPa | 15000 psi103421 kPa | |||||
| Maximum Pressure | 600 psi4137 kPa | 10000 psi68948 kPa | 10000 psi68948 kPa | 15000 psi103421 kPa | 15000 psi103421 kPa | |||||
| Resonant Frequency | 21 kHz | 250 kHz | 250 kHz | 250 kHz | 250 kHz | |||||
| Electrical Isolation | 1 | No | No | No | No | |||||
| Maximum Shock | 2000 g19613 m/s² | 10000 g98067 m/s² | 10000 g98067 m/s² | 10000 g98067 m/s² | 10000 g98067 m/s² | |||||
| Temperature Range | -60 to +500 ºF-51 to +260 ºC | -100 to +500 ºF-73 to +260 ºC | -100 to +500 ºF-73 to +260 ºC | -100 to +500 ºF-73 to +260 ºC | -100 to +500 ºF-73 to +260 ºC | |||||
| Thermal Coefficient of Sensitivity | 0.06 %/°F0.12 %/°C | 0.01 %/°F0.02 %/°C | 0.01 %/°F0.02 %/°C | 0.01 %/°F0.02 %/°C | 0.01 %/°F0.02 %/°C | |||||
| Sensor Type | Charge Mode | |||||||||
| Environmental Seal | Hermetic | Epoxy | Epoxy | Epoxy | Epoxy | |||||
| Recommended Mounting Accessories | One (1) model 6620 brass pressure seal (supplied) | Two (2) model 6600 pressure seals (supplied) | Two (2) model 6600 pressure seals (supplied) | Two (2) model 6600 pressure seals (supplied) | Two (2) model 6600 pressure seals (supplied) | |||||
| Recommended Cabling Accessories | Model 6013A or model 6019A low-noise coaxial cable assembly (sold separately) | Model 6013A or model 6019A low-noise coaxial cable assembly (sold separately) | Model 6013A or model 6019A low-noise coaxial cable assembly (sold separately) | Model 6013A or model 6019A low-noise coaxial cable assembly (sold separately) | ||||||
| Applications | Gas-borne high intensity sound pressure level measurements Industrial Turbine Pressure Monitoring Turbine Combustor Dynamics | Far-field Blast Dynamics General Purpose Pressure Monitoring Hydraulics and Pneumatics Liquid and Gas Systems Measuring Ultra-fast Rise Time Pressure Events | Far-field Blast Dynamics General Purpose Pressure Monitoring Hydraulics and Pneumatics Liquid and Gas Systems Measuring Ultra-fast Rise Time Pressure Events | Far-field Blast Dynamics General Purpose Pressure Monitoring Hydraulics and Pneumatics Liquid and Gas Systems Measuring Ultra-fast Rise Time Pressure Events | Far-field Blast Dynamics General Purpose Pressure Monitoring Hydraulics and Pneumatics Liquid and Gas Systems Measuring Ultra-fast Rise Time Pressure Events | |||||
| Quality Management System |
Dytran Instruments Quality Management System meets the requirements of the following standards:
|
|||||||||
| Features | +500 ºF (+260 ºC) Operation Base Isolated Charge Mode High Sensitivity | +500 ºF (+260 ºC) Operation Acceleration Compensated Charge Mode Small Size Stable Quartz Sensing Element Ultra-fast Rise Times | +500 ºF (+260 ºC) Operation Acceleration Compensated Charge Mode Small Size Stable Quartz Sensing Element Ultra-fast Rise Times | +500 ºF (+260 ºC) Operation Acceleration Compensated Charge Mode Small Size Stable Quartz Sensing Element Ultra-fast Rise Times | +500 ºF (+260 ºC) Operation Acceleration Compensated Charge Mode Small Size Stable Quartz Sensing Element Ultra-fast Rise Times | |||||
|
|
||||||||||
