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Designed for wide frequency range, low noise, and low sensitivity to
environmental factors.
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0.2 - 12800 Hz |
10 mV/g |
-55 - 125 C (-67.0 - 257.0 °F)
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Designed to simplify your testing by covering most of the different
needs of a modern test lab with one sensor.
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0.3 - 10000 Hz |
9.8 mV/g |
-60 - 125 C (-76.0 - 257.0 °F)
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Designed for Low-frequency, motion and tilt measurements on flight
testing, road load testing, transportation and modal analysis.
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0 - 1850 Hz |
4 mV/g |
-55 - 121 C (-67.0 - 249.8 °F)
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Designed for Low-frequency, motion and tilt measurements on flight
testing, road load testing, transportation and modal analysis.
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0 - 1850 Hz |
10 mV/g |
-55 - 121 C (-67.0 - 249.8 °F)
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Designed for Low-frequency, motion and tilt measurements on flight
testing, road load testing, transportation and modal analysis.
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0 - 1850 Hz |
20 mV/g |
-55 - 121 C (-67.0 - 249.8 °F)
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Designed for Low-frequency, motion and tilt measurements on flight
testing, road load testing, transportation and modal analysis.
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0 - 850 Hz |
67 mV/g |
-55 - 121 C (-67.0 - 249.8 °F)
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Designed for Low-frequency, motion and tilt measurements on flight
testing, road load testing, transportation and modal analysis.
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0 - 500 Hz |
200 mV/g |
-55 - 121 C (-67.0 - 249.8 °F)
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Designed for Low-frequency, motion and tilt measurements on flight
testing, road load testing, transportation and modal analysis.
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0 - 300 Hz |
1000 mV/g |
-55 - 121 C (-67.0 - 249.8 °F)
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Designed for vibration measurements in wet or seawater conditions,
such as seabed installations, submersible craft, offshore oil
installations and sea-going vessels.
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1 - 14000 Hz |
10 mV/g |
-50 - 100 C (-58.0 - 212.0 °F)
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Designed for dynamic, short-duration static and impact force
measurements.
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0 - 7500 Hz |
110 mV/g |
-73 - 121 C (-99.4 - 249.8 °F)
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Designed for dynamic, short-duration static and impact force
measurements.
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0 - 7500 Hz |
22 mV/g |
-73 - 121 C (-99.4 - 249.8 °F)
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Designed for dynamic, short-duration static and impact force
measurements.
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0 - 7500 Hz |
2.2 mV/g |
-73 - 121 C (-99.4 - 249.8 °F)
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Designed for dynamic, short-duration static and impact force
measurements.
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0 - 7500 Hz |
0.2 mV/g |
-73 - 121 C (-99.4 - 249.8 °F)
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Standard reference accelerometer.
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0.2 - 4400 Hz |
1.25 pC/g |
-74 - 200 C (-101.2 - 392.0 °F)
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Designed for measurement of very high level, continuous vibration
and mechanical shock up to 150 kms-2 and 1000 kms-2 peak,
respectively.
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1 - 54000 Hz |
0.04 pC/g |
-74 - 180 C (-101.2 - 356.0 °F)
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Designed for general purpose monitoring transducer and may be used
in areas where there is radiation.
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1 - 10000 Hz |
10 pC/g |
-196 - 260 C (-320.8 - 500.0 °F)
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Designed for measurements in harsh industrial environments.
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1 - 12800 Hz |
10 pC/g |
-196 - 482 C (-320.8 - 899.6 °F)
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Designed for vibration measurements in harsh industrial
environments.
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1 - 9 Hz |
10 mV/g |
-196 - 250 C (-320.8 - 482.0 °F)
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Designed for measurement of very high-level, continuous vibration,
mechanical shock and pyroshock.
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1 - 20000 Hz |
0.25 mV/g |
-51 - 121 C (-59.8 - 249.8 °F)
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Designed for measurement of very high-level, continuous vibration,
mechanical shock and pyroshock.
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1 - 20000 Hz |
0.1 mV/g |
-51 - 121 C (-59.8 - 249.8 °F)
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Designed with a high sensitivity and excellent signal-to-noise ratio
for measurements on large structures at very low frequencies and
measuring low-level seismic activity.
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0.1 - 1500 Hz |
10000 mV/g |
-51 - 74 C (-59.8 - 165.2 °F)
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Designed for in-flight active vibration control on rotor and fixed
wing aircraft and industrial applications.
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0.3 - 10000 Hz |
100 mV/g |
-50 - 120 C (-58.0 - 248.0 °F)
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Designed for low-level measurement, low noise and high sensitivity.
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0.2 - 3000 Hz |
2500 mV/g |
-50 - 100 C (-58.0 - 212.0 °F)
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Designed for low-level vibration measurements.
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3.5 - 10 Hz |
38 pC/g |
-50 - 250 C (-58.0 - 482.0 °F)
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Type 8347-C is a piezoelectric, shear design, charge accelerometer.
The transducer features a ruggedised 2-pin TNC connector (7/16-27
UNS) for the balanced differential output connection. The transducer
is made of Inconel and is hermetically sealed. It has an...
|
1 - 12800 Hz |
10 pC/g |
-196 - 482 C (-320.8 - 899.6 °F)
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英国Brüel
&
Kjær(B&K)加速度传感器:
4321
4321-S
4321-V
4326-A
4326-A-001
4370
4371
4374
4375
4381
4381-S
4381-V
4382
4383
4384
Brüel & Kjær声学和振动测量公司为声学和振动的测量、分析提供集成解决方案。作为这一领域的全球领先企业，我们运用我们的核心竞争力，帮助多种行业和政府应对声学及振动挑战，使他们能专注于主要任务：提高经营和管理效率。
英国Brüel
&
Kjær(B&K)加速度传感器:
4321
4321-S
4321-V
4326-A
4326-A-001
4370
4371
4374
4375
4381
4381-S
4381-V
4382
4383
4384
|
 |
|
传感器/变送器/仪表按厂商品牌选用指南
霍尔(电路)元件
霍尔(电路)元件
霍尔(电路)元件
霍尔(电路)元件
霍尔(电路)元件
霍尔(电路)元件
霍尔(电路)元件
霍尔(电路)元件
霍尔(电路)元件
霍尔(电路)元件
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