High Temperature Charge Mode Accelerometer Rental

High Temperature Applications

The Modal Shop offers a range of charge output accelerometers, low noise in-line charge amplifiers, and extended temperature ICP® sensors as part of our Rental Program. PCB Piezotronics manufactures several sensors with Inconel housings that are rated to higher temperatures: some to 1200 °F / 649 °C. Generally, cabling for these sensors are hardline and difficult to manage for short term testing. At this time, our Rental Program only offers items listed on this page.


Charge Output Accelerometers

Charge output accelerometers directly output an electrostatic charge signal proportional to acceleration. These sensors do not contain built in signal conditioning electronics. External signal conditioning is required to interface their generated measurement signals to most readout or recording instruments. The sensors’ charge output signals can be conditioned with either a laboratory-style, adjustable charge amplifier or an in-line fixed charge converter, such as PCB's 422E series, rented separately.

Model
Amplitude Range (±g pk)
Sensitivity (pC/g)
Frequency Range (Hz)
Mechanical Shock Limit (lg pk)
Temperature Range (°F)
Mass (grams)
Mounting Base Included
+5%+10%+3 dB
357A63
uniaxial
50000.53-10k-5k-65 to +900 8.7 
357B11
uniaxial
2300312K16k26k10k-95 to +5002 
357B14
uniaxial
2300312K16k26k10k-95 to +4902
357B03
uniaxial
2000109K12k18k21k-95 to +500 11 
357B04
uniaxial
2000109K12k18k21k-95 to +500 11
357B61
uniaxial
1000105K--5k-65 to +900 30 
356A70
triaxial
5002.7-5k7k5k-95 to +490 7.9 

Resolution and low frequency response of charge mode accelerometers is dependent on noise floor and discharge time constant characteristics of the signal conditioning and readout devices used. 422E series in-line charge converters allow 357 Series sensors to be powered with ICP conditioning.


357A63 Charge Output Accelerometer Rental

Key Specifications
  • 0.4" x 0.4" cube
  • ±5000g range
  • 8.7 gram mass
  • 5-40 stud mounting
  • 10-32 coaxial jack electrical connector used with supplied hardline cable. Hardline cable mates to 003C or 003A series cable
  • Full specs from manufacturer
Rental Includes
  • 64287-01 - Mounting Stud 5-40 to 10-32
  • Calibration - NIST traceable and ISO 17025/A2LA accredited calibration from 10 Hz to upper 5% point (TMS: MCS-A001 or PCB: ACS-1). See notes on calibration for additional information

357B11 Charge Output Accelerometer Rental

Key Specifications
  • 0.28" hex titanium sensor
  • ±2300g range
  • 2 gram mass
  • 5-40 female mounting
  • 5-44 coaxial jack electrical connectors used with 003P or 003G series cable
  • Full specs from manufacturer
Rental Includes
  • Calibration - NIST traceable and ISO 17025/A2LA accredited calibration from 10 Hz to upper 5% point (TMS: MCS-A001T or PCB: ACS-1T). See notes on calibration for additional information

357B14 Charge Output Accelerometer Rental

Key Specifications
  • 0.28" hex titanium sensor
  • ±2300g range
  • 2 gram mass
  • 5-40 female mounting
  • 10-32 coaxial jack electrical connector used with 003C or 003A series cable
  • Full specs from manufacturer
Rental Includes
  • 080A - Adhesive mounting base, 0.5" hex x 0.187" thk, 10-32 tapped hole, aluminum w/insulating hardcoat finish
  • 081A90 - 5-40 to 10-32 adaptor stud
  • Calibration - NIST traceable and ISO 17025/A2LA accredited calibration from 10 Hz to upper 5% point (TMS: MCS-A001T or PCB: ACS-1T). See notes on calibration for additional information

357B03 Charge Output Accelerometer Rental

Key Specifications
  • 0.50" hex titanium sensor
  • ±2000g range
  • 11 gram mass
  • 10-32 Coaxial Jack
  • 10-32 coaxial jack electrical connector used with 003C or 003A series cable
  • Full specs from manufacturer
Rental Includes
  • 081B05 - 10-32 to 10-32 adaptor stud
  • Calibration - NIST traceable and ISO 17025/A2LA accredited calibration from 10 Hz to upper 5% point (TMS: MCS-A001T or PCB: ACS-1T). See notes on calibration for additional information

357B04 Charge Output Accelerometer Rental

Key Specifications
  • 0.50" hex titanium sensor
  • ±2000g range
  • 11 gram mass
  • 10-32 Coaxial Jack
  • 10-32 coaxial jack electrical connector used with 003C or 003A series cable
  • Full specs from manufacturer
Rental Includes
  • 081B05 - 10-32 to 10-32 adaptor stud
  • Calibration - NIST traceable and ISO 17025/A2LA accredited calibration from 10 Hz to upper 5% point (TMS: MCS-A001T or PCB: ACS-1T). See notes on calibration for additional information

357B61 Charge Output Accelerometer Rental

Key Specifications
  • 0.625" hex Inconel sensor
  • ±1000g range
  • 30 gram mass
  • 10-32 integral stud mounting
  • 10-32 coaxial jack electrical connector used with supplied hardline cable. Hardline cable mates to 003C or 003A series cable
  • Full specs from manufacturer
Rental Includes
  • 023A10 - 10 ft detachable hardline cable, 10-32 plug to 10-32 jack
  • 081A107 - 10-32 to 10-32 adaptor stud
  • Calibration - NIST traceable and ISO 17025/A2LA accredited calibration from 10 Hz to upper 5% point (TMS: MCS-A001 or PCB: ACS-1). See notes on calibration for additional information

356A70 Charge Output Accelerometer Rental

Key Specifications
  • 0.73"x0.90"x0.40" titanium triaxial sensor
  • ±500g range
  • 7.9 gram mass
  • Through-hole mounting
  • 3 separate 5-44 coaxial jack electrical connectors used with 003P or 003G series cable
  • Full specs from manufacturer
Rental Includes
  • 081A46 - 10-32 UNF, 0.56" long mounting stud
  • Calibration - NIST traceable and ISO 17025/A2LA accredited calibration from 10 Hz to upper 5% point (TMS: MCS-A001T or PCB: ACS-1T). See notes on calibration for additional information

422E Series Low Noise In-Line Charge Amplifiers (Converters)

422E Series units are used with pC/g-output charge mode sensor to interface to ICP® power. Output voltage for the 422E0x or 422E1x converters is ±2.5 V pk. Output voltage for the 422E5x converters is ±5 V pk. temperature range: -65 to +250 °F. Use with low noise (003-style) cable to connect from sensor to 422E series 10-32 input. BNC output.

 Nominal Charge Conversion (mV/pC) / Input Range (pC)
 0.1 / ± 250001 / ± 250010 / ± 250100 / ± 25
±2.5 V pk Output
-5% cutoff frequency
0.5 Hz422E04422E03422E02422E01
5 Hz422E14422E13422E12422E11
 Nominal Charge Conversion (mV/pC) / Input Range (pC)
 0.1 / ± 500000.5 / ± 10001 / ± 500010 / ± 500100 / ± 50
±5 V pk Output
-5% cutoff frequency
5 Hz422E54422E55422E53422E52422E51

422E3x Series units are used with ultra high temperature pC/g-output charge mode sensor, such as the 357B61, to interface to ICP® power. Output voltage: ±2.5 Vpk, temperature range: -65 to +250 °F. Use with low noise (003-style) cable to connect from sensor to 422E series 10-32 input. BNC output.

 Nominal Charge Conversion (mV/pC) / Input Range (pC)
 0.1 / ± 250001 / ± 250010 / ± 250100 / ± 25
±2.5 V pk Output
-5% cutoff frequency
5 Hz422E38422E35422E36-

Extended Temperature ICP® Sensors

These sensors connect via standard ICP® power, from standalone or built in signal conditioners, to many current analyzers. Adjusted circuitry allows measurement generally to +325 °F (163 °C); can effect low frequency specification and broadband resolution. Visit the triaxial accelerometer page for more detailed rental information on these units.

Model
Amplitude Range (±g pk)
Sensitivity (mV/g)
Frequency Range (Hz)
Resolution (g RMS)
Mechanical Shock Limit (lg pk)
Temperature Range (°F)
Mass (grams)
Mounting Base Included
Option without Cable
-10%-5%+5%+10%
HT356B01
triaxial
1k5-28k*-0.00310k-65 to +3651 
HT356B21
triaxial
50010-210k*-0.0041k-65 to +3254
HT356A33
triaxial
50010-210k*-0.00410k-65 to +3255.3 
HT356A02
triaxial
500100.515k6k0.00087k-65 to +32510.5 
HTTLD356A02
triaxial
500100.515k6k0.00087k-65 to +32510.5 
HT352A21
uniaxial
500100.7110k13k0.00410k-65 to +3250.6  
HT356A15
triaxial
501001.425k6.5k0.00027k-65 to +32510.5 
HTTLD356A15
triaxial
501001.425k6.5k0.00027k-65 to +32510.5 

 


Notes on Calibration

Calibration data is provided electronically (on CD or USB memory stick) or as printed copies, depending on quantity rented and end-user preference.

The Modal Shop has internal calibration intervals set for most test products at 1 year. ANSI/ISO/IEC 17025:2000 makes clear that it is the responsibility of the end-user organization (in this case, the renter) to determine the appropriate calibration interval under the requirements of its own quality system. Per this, calibration certificates of rented equipment have "calibrated on" dates, but blank "calibration due" dates. Rentals ship with a customer specific expected return date in mind – if equipment is expected out for 5 months, the last calibration date will be within the past 7 months. Calibration to additional standards (e.g. Z540 or specific FAA requirements) are possible, but there may be an additional charge.

The Modal Shop's Scope of Accreditation can be found here. An example of a calibration certificate can be found here. Please contact us with questions or if a different calibration will be needed for your rental sensors.