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Accelerometers with integrated ICP electronics

Used to measure vibration and shock acceleration in diagnostic systems and in laboratory studies under conditions of strong electromagnetic fields. Its features include a combination of high axial sensitivity, natural frequency, shock resistance, built-in preamplifier and low self noise. The accelerometers can be connected directly to an A17 spectrum analyzer. Some accelerometers support Transducer Electronic Data Sheet (TEDS) technology, which enables the spectrum analyzer to automatically determine the type of sensor and its sensitivity in accordance with the IEEE P1451.4 standard.

Appearance	Name	Description
	AP2019 AP2031	Miniature accelerometers. Designed to measure vibration and shock acceleration in diagnostic systems and in laboratory studies under conditions of strong electromagnetic fields. Sensitivity: AP2019: 0.5 mV/g. AP2031: 3 mV/g.
	BC110 BC112	General-purpose accelerometers with integrated electronics. Sensitivity: 100 mV/g. Frequency range: BC 112: (0.5-5,000) Hz, BC 110: (0.5-12,000) Hz. TEDS technology.
	BC202	General-purpose accelerometer. Sensitivity 100 mV/g. Frequency range up to 2500 Hz.
	BC111 AP2037 AP28 AP98	General-purpose accelerometers. Sensitivity: BC 111: (10-100) mV/g, AP 2037, AP 28: (10-100) mV/g., AP 98: (30-500) mV/g.
	AP2038 AP2082M	Three-axis accelerometers can determine the volume phase portrait of vibration accelerations at the point of their attachment to the object. Sensitivity of the AP2038: 10 mV/g. AP2082M: 100 mV/g.
	AP35 AP36	Industrial accelerometers. Explosion-proof version. Sensitivity: AP35: (10-100) mV/g. AP36: (30-100) mV/g.
	AP71	Industrial 3-axis explosion-proof accelerometer. Sensitivity: 200-250 mV/g.
	AP2050 AP99	High-sensitivity accelerometers. Designed for measurements of seismic and mechanical vibrations of large structures (bridges, buildings, dams, etc.) as part of portable diagnostic systems and stationary monitoring systems. Sensitivity of the AP2050: 600 mV/g. AP99: 500 mV/g
	BC201	Highly sensitive accelerometer with integrated electronics. Sensitivity: 1,000 mV/g. Frequency range up to 1,000 Hz.

Vibrosensor with charge output

Used to measure vibration and shock acceleration of miniature objects in portable diagnostic systems and in laboratory work. Vibrosensor with charge output gives you acceptable sensitivity in a small device featuring a one-piece anti-vibration cable

Appearance	Name	Description
	AP10	Reference accelerometer for checking vibrosensors by comparison with the sample. Sensitivity: 1 pC/g.
	AP19 AP31 AP32	Miniature accelerometers. Designed to measure vibration and shock acceleration in portable or stationary diagnostic systems or in laboratory studies. Sensitivity: AP19: 0.25 pC/g. AP31: 1.1 pC/g. AP32: 2 pC/g.
	AP20	Miniature 3-axis accelerometer. Sensitivity: 2 pC/g.
	AP38	3-axis accelerometer. Sensitivity: 10 pC/g.
	AP78	Underwater Accelerometer. Sensitivity: 10 pC/g.
	AP 79	3-axis underwater accelerometer. Sensitivity: 2 pC/g.

Vibration sensors

Used for measuring vibration in stationary vibration diagnostics systems. A reliable device with stable characteristics, its features include electrical isolation of the piezoelectric element and built-in amplifier-converter from the housing, which prevents grounding contour currents from affecting the measurement results.

Appearance	Name	Description
	AV01 AV01-01	Vibration sensors with output by voltage . Explosion-proof design. Sensitivity: 4.1 mV/mm/s.
	AV02 AV02-01	Vibration sensors with output by current. Explosion-proof design. Sensitivity: 4-20 mA.

Calibrators Precision instrument for adjusting and checking accelerometers (assessing errors or changing scale values). The operation of the device is based on a comparison with each other measurand and the standard. Portable calibrator Stationary calibrator