PCB Piezotronics, Inc.
Depew, NY 14043
Accelerometers measure small electronic components.
Miniature, Single-Axis, Ceramic Shear ICPÃ-® Accelerometers include Model 352A71 with sensitivity of 10 mV/g and measurement range of Ã-
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Small-Capacity Sensors measure torque down to 5 lb-in.
Flange-mounted Series 2308, 2309, and 2508 strain-gage reaction torque sensors are supplied with shunt calibration resistor and are NIST traceable. Featuring 2 mV/V output sensitivity, products are available in capacities from 5-1,000 lb-in. FS for measuring torque in applications such as lubricant studies, torsion testing, bearing friction, small motor dynamometers, stepping switch torque, and...
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Pressure Sensors are used in blast and explosion testing.
General purpose ICPÃ-® and charge output blast sensors feature resonant frequencies to 500 kHz, while ICP microsensors provide rapid rise times under 0.5 Ã-µsec for projectile detection and time of arrival measurements. Featuring integral microelectronics, free-field blast pressure ICP pencil probes measure blast effects. Underwater blast pressure probes, available in ICP and charge...
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TEDS PDA Reader/Writer has portable design.
Using PDA device, Model 400A87 enables reading and writing to IEEE 1451.4 compliant TEDS transducers. User can display contents of transducer's TEDS memory chip and write user-specific information to memory chip. Entire transducer data sheet in displayed in full detail, and transducer sensitivity can be displayed in SI or English units. Unit supports templates for IEEE P1451.4 v0.9 and v1.0, as...
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Torque Sensor has maintenance-free design.
Series 4200 utilizes non-contact, rotary transformers for sending excitation voltage to, and receiving measurement signals from, rotating strain gage sensor. Shaft-end, temperature-compensated product features 2 mV/V output sensitivity and integral shunt calibration network. Offered with capacities from 100-100,000 lb-in. FS and max speeds to 10,000 rpm, series is suited for use in torque studies...
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Pressure Sensors detect pulsations, surges, and leaks.
Series 121 dynamic ICPÃ-® pressure sensors detect very small pressure fluctuations in presence of high static background pressures. Offered in full scale ranges from 100-5,000 psi, they contain built-in microelectronic circuitry to deliver clean voltage output signal. Hermetically-sealed, stainless steel units feature Ã-¼ NPT or straight metric M14 mounting thread, and are available with...
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Signal Conditioners suit modal and structural testing.
Modular-style, 16-channel, unity gain signal conditioners are designed to condition ICPÃ-® sensor signals. AC-coupled Model 442B216 features selectable ICPÃ-® or voltage mode, while Model 442B316 offers selectable AC coupled ICPÃ-® mode or DC coupled voltage mode. Modules may be assembled into 2, 3, 5, or 9-slot chassis.
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Pressure Sensors measure surges, pulsations, and spikes.
Intrinsically safe for use in hazardous environments, Series 102M can detect flow anomalies in piping systems. Sensors permit use of 2-wire cable systems and may be used in dirty environments with virtually no signal degradation. Low-impedance signal may be transmitted over long cable distances. Available in various mounting configurations, dynamic units offer ranges to 20,000 psi and...
Read More »Filters condition ICP-® and charge output sensor signals.
Series 474 In-Line Low Pass Filters, used in any low impedance system, attach directly to input of readout instruments to eliminate potentially troublesome high-amplitude resonance peaks. Series 477 In-Line Low Pass Filters for ICPÃ-® sensors provide 12 dB/octave or 40 dB/decade roll-off for attenuating high frequency, high-amplitude signals associated with structural resonances. Custom...
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Pressure Sensors detect pulsations of paper slurry.
Piezoelectric ICPÃ-® pressure sensor models 106C10 and 106C20 are used for detecting and monitoring dynamic pressure pulsations of paper slurry in headbox and piping systems. Also used for troubleshooting root causes of slurry flow irregularities, units generate 300 mV/psi output signal. AC-coupled devices ignore ambient, static background pressure, or very slow pressure changes while...
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