X
  • No products in the list
X
  • No products in the list

Integral cable accelerometer

Accelerometer sensor, general purpose, 100 mV/g sensitivity, ±5% sensitivity tolerance, top exit integral cable, 16 ft. J9T2A Teflon jacketed cable

Product Description

Integral cable accelerometer sensor, 100 mV/g

Model 786F

Accelerometer sensor, general purpose, 100 mV/g sensitivity, ±5% sensitivity tolerance, top exit integral cable, 16 ft. J9T2A Teflon jacketed cable

Circular seal with yellow star in the middle with the words Lifetime Warranty

Accelerometer sensor features

  • Hermetic seal, IP68 rated
  • Corrosion resistant
  • Rugged design
  • 100 psi pressure rating
  • ESD protection

Included accessories

  • SF6 mounting stud

Specifications

PARAMETER VALUE
Sensor output Dynamic vibration (IEPE)
Sensitivity 100 mV/g
Sensitivity tolerance ±5 %
Frequency response, ±3 dB 0.5 Hz – 13,000 Hz
Mounting thread 1/4-28 UNF tapped hole
Connector style Integral cable
Connector orientation Top exit
Full-scale range 80 g peak
Resonance frequency 30 kHz
Temperature range -50°C to +120°C
Weight 90 grams
Hazardous area approvals Non-approved; approved models available

Related Products

Wilcoxon underwater accelerometers are designed to be used virtually anywhere under continuous submersion. They are built to withstand the high pressures of deep submergence. Titanium cases are used when the accelerometer must be highly resistant to galvanic corrosion or mounted on titanium structures. Stainless steel can be used for applications where the accelerometer will be mounted on cast iron or mild steel structures since they are near one another on the galvanic series list.
Hydrophones are underwater microphones for acoustic measurements. Wilcoxon Sensing Technologies hydrophones are built to withstand the rigors of continuous underwater exposure in both sea water and fresh water environments. Each hydrophone uses piezoelectric crystals with a built-in electronic amplifier, to boost the low level signal of pressure waves underwater signals. The output is a dynamic AC signal superimposed upon the DC Bias Output Voltage (BOV).
Vector sensors measure the acoustic pressure and particle acceleration in three orthogonal axes. Four sensing elements, located in a single housing with a common acoustic phase center, combine to produce a cardioid directivity pattern which provides approximately 4.8 dB improvement in the signal to noise ratio over a traditional omni-directional pressure sensor.