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Inertial Sensors

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Bently Nevada 200350 / 200355 Accelerometers 100 mV/g ±5% / 12 to 600,000 cpm Magnetic base kit No approvals
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Hermetically sealed, stainless steel case well suited for harsh industrial environments.
Bently Nevada 200350 / 200355 Accelerometers 100 mV/g ±5% / 12 to 600,000 cpm Magnetic base kit North America, ATEX approvals
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In stock
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Hermetically sealed, stainless steel case well suited for harsh industrial environments.
Bently Nevada 200350 / 200355 Accelerometers 100 mV/g ±5% / 12 to 600,000 cpm No mounting stud No approvals
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In stock
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Hermetically sealed, stainless steel case well suited for harsh industrial environments.
Bently Nevada 200350 / 200355 Accelerometers 100 mV/g ±5% / 12 to 600,000 cpm No mounting stud North America, ATEX approvals
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In stock
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Hermetically sealed, stainless steel case well suited for harsh industrial environments.
Bently Nevada 330505 Low Frequency Velocity Sensor 0° ± 10° 1/2 - 20 UNF
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Two-pin moving coil design with onboard signal processing circuitry to measure bearing casing vibration on slow-speed hydroelectric turbines.
Bently Nevada 330505 Low Frequency Velocity Sensor 0° ± 10° 1/4 - 18 NPT
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Two-pin moving coil design with onboard signal processing circuitry to measure bearing casing vibration on slow-speed hydroelectric turbines.
Bently Nevada 330505 Low Frequency Velocity Sensor 0° ± 10° 1/4 - 20 UNC
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Two-pin moving coil design with onboard signal processing circuitry to measure bearing casing vibration on slow-speed hydroelectric turbines.
Bently Nevada 330505 Low Frequency Velocity Sensor 0° ± 10° 1/4 - 28 UNF
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Two-pin moving coil design with onboard signal processing circuitry to measure bearing casing vibration on slow-speed hydroelectric turbines.
Bently Nevada 330505 Low Frequency Velocity Sensor 0° ± 10° 3/8 – 16 UNC
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Two-pin moving coil design with onboard signal processing circuitry to measure bearing casing vibration on slow-speed hydroelectric turbines.
Bently Nevada 330505 Low Frequency Velocity Sensor 0° ± 10° 5/8 - 18 UNF
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Two-pin moving coil design with onboard signal processing circuitry to measure bearing casing vibration on slow-speed hydroelectric turbines.
Bently Nevada 330505 Low Frequency Velocity Sensor 0° ± 10° M8 x 1
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Two-pin moving coil design with onboard signal processing circuitry to measure bearing casing vibration on slow-speed hydroelectric turbines.
Bently Nevada 330505 Low Frequency Velocity Sensor 0° ± 10° No adapter
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Two-pin moving coil design with onboard signal processing circuitry to measure bearing casing vibration on slow-speed hydroelectric turbines.
Bently Nevada 330505 Low Frequency Velocity Sensor 180° ± 10° 1/2 - 20 UNF
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Two-pin moving coil design with onboard signal processing circuitry to measure bearing casing vibration on slow-speed hydroelectric turbines.
Bently Nevada 330505 Low Frequency Velocity Sensor 180° ± 10° 1/4 - 18 NPT
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In stock
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Two-pin moving coil design with onboard signal processing circuitry to measure bearing casing vibration on slow-speed hydroelectric turbines.
Bently Nevada 330505 Low Frequency Velocity Sensor 180° ± 10° 1/4 - 20 UNC
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In stock
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Two-pin moving coil design with onboard signal processing circuitry to measure bearing casing vibration on slow-speed hydroelectric turbines.
Bently Nevada 330505 Low Frequency Velocity Sensor 180° ± 10° 1/4 - 28 UNF
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In stock
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Two-pin moving coil design with onboard signal processing circuitry to measure bearing casing vibration on slow-speed hydroelectric turbines.
Bently Nevada 330505 Low Frequency Velocity Sensor 180° ± 10° 3/8 – 16 UNC
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Two-pin moving coil design with onboard signal processing circuitry to measure bearing casing vibration on slow-speed hydroelectric turbines.
Bently Nevada 330505 Low Frequency Velocity Sensor 180° ± 10° 5/8 - 18 UNF
0.0
In stock
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Two-pin moving coil design with onboard signal processing circuitry to measure bearing casing vibration on slow-speed hydroelectric turbines.
Bently Nevada 330505 Low Frequency Velocity Sensor 180° ± 10° M8 x 1
0.0
In stock
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Two-pin moving coil design with onboard signal processing circuitry to measure bearing casing vibration on slow-speed hydroelectric turbines.
Bently Nevada 330505 Low Frequency Velocity Sensor 180° ± 10° No adapter
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In stock
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Two-pin moving coil design with onboard signal processing circuitry to measure bearing casing vibration on slow-speed hydroelectric turbines.
Bently Nevada 330505 Low Frequency Velocity Sensor 90° ± 5° 1/2 - 20 UNF
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In stock
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Two-pin moving coil design with onboard signal processing circuitry to measure bearing casing vibration on slow-speed hydroelectric turbines.
Bently Nevada 330505 Low Frequency Velocity Sensor 90° ± 5° 1/4 - 18 NPT
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In stock
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Two-pin moving coil design with onboard signal processing circuitry to measure bearing casing vibration on slow-speed hydroelectric turbines.
Bently Nevada 330505 Low Frequency Velocity Sensor 90° ± 5° 1/4 - 20 UNC
0.0
In stock
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Two-pin moving coil design with onboard signal processing circuitry to measure bearing casing vibration on slow-speed hydroelectric turbines.
Bently Nevada 330505 Low Frequency Velocity Sensor 90° ± 5° 1/4 - 28 UNF
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In stock
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Two-pin moving coil design with onboard signal processing circuitry to measure bearing casing vibration on slow-speed hydroelectric turbines.
Bently Nevada 330505 Low Frequency Velocity Sensor 90° ± 5° 3/8 – 16 UNC
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Two-pin moving coil design with onboard signal processing circuitry to measure bearing casing vibration on slow-speed hydroelectric turbines.
Bently Nevada 330505 Low Frequency Velocity Sensor 90° ± 5° 5/8 - 18 UNF
0.0
In stock
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Two-pin moving coil design with onboard signal processing circuitry to measure bearing casing vibration on slow-speed hydroelectric turbines.
Bently Nevada 330505 Low Frequency Velocity Sensor 90° ± 5° M8 x 1
0.0
In stock
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Two-pin moving coil design with onboard signal processing circuitry to measure bearing casing vibration on slow-speed hydroelectric turbines.
Bently Nevada 330505 Low Frequency Velocity Sensor 90° ± 5° No adapter
0.0
In stock
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Two-pin moving coil design with onboard signal processing circuitry to measure bearing casing vibration on slow-speed hydroelectric turbines.
Bently Nevada 330750 / 330752 Velomitor Velocity Sensor 15 to 2000Hz (900 to 120,000cpm) ±3.0 dB 2.5m
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5.7mV/mm/s (145mV/in/s) ±5% sensitivity, sensing head can be mounted on surfaces with temps as high as (752°F).
Bently Nevada 330750 / 330752 Velomitor Velocity Sensor 15 to 2000Hz (900 to 120,000cpm) ±3.0 dB 2m
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In stock
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5.7mV/mm/s (145mV/in/s) ±5% sensitivity, sensing head can be mounted on surfaces with temps as high as (752°F).
Bently Nevada 330750 / 330752 Velomitor Velocity Sensor 15 to 2000Hz (900 to 120,000cpm) ±3.0 dB 4m
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In stock
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5.7mV/mm/s (145mV/in/s) ±5% sensitivity, sensing head can be mounted on surfaces with temps as high as (752°F).
Bently Nevada 330750 / 330752 Velomitor Velocity Sensor 15 to 2000Hz (900 to 120,000cpm) ±3.0 dB 6m
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In stock
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5.7mV/mm/s (145mV/in/s) ±5% sensitivity, sensing head can be mounted on surfaces with temps as high as (752°F).
Bently Nevada 330750 / 330752 Velomitor Velocity Sensor 15 to 2000Hz (900 to 120,000cpm) ±3.0 dB 8m
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In stock
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5.7mV/mm/s (145mV/in/s) ±5% sensitivity, sensing head can be mounted on surfaces with temps as high as (752°F).
Bently Nevada 330750 / 330752 Velomitor Velocity Sensor 20 to 1000Hz (1,200 to 60,000cpm) ±0.9 dB 2.5m
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In stock
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5.7mV/mm/s (145mV/in/s) ±5% sensitivity, sensing head can be mounted on surfaces with temps as high as (752°F).
Bently Nevada 330750 / 330752 Velomitor Velocity Sensor 20 to 1000Hz (1,200 to 60,000cpm) ±0.9 dB 2m
0.0
In stock
Contact us for a price
5.7mV/mm/s (145mV/in/s) ±5% sensitivity, sensing head can be mounted on surfaces with temps as high as (752°F).
Bently Nevada 330750 / 330752 Velomitor Velocity Sensor 20 to 1000Hz (1,200 to 60,000cpm) ±0.9 dB 4m
0.0
In stock
Contact us for a price
5.7mV/mm/s (145mV/in/s) ±5% sensitivity, sensing head can be mounted on surfaces with temps as high as (752°F).
Bently Nevada 330750 / 330752 Velomitor Velocity Sensor 20 to 1000Hz (1,200 to 60,000cpm) ±0.9 dB 6m
0.0
In stock
Contact us for a price
5.7mV/mm/s (145mV/in/s) ±5% sensitivity, sensing head can be mounted on surfaces with temps as high as (752°F).
Bently Nevada 330750 / 330752 Velomitor Velocity Sensor 20 to 1000Hz (1,200 to 60,000cpm) ±0.9 dB 8m
0.0
In stock
Contact us for a price
5.7mV/mm/s (145mV/in/s) ±5% sensitivity, sensing head can be mounted on surfaces with temps as high as (752°F).
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