Inertial Sensors

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Hermetically sealed, stainless steel case well suited for harsh industrial environments.
Hermetically sealed, stainless steel case well suited for harsh industrial environments.
Hermetically sealed, stainless steel case well suited for harsh industrial environments.
Hermetically sealed, stainless steel case well suited for harsh industrial environments.
Two-pin moving coil design with onboard signal processing circuitry to measure bearing casing vibration on slow-speed hydroelectric turbines.
Two-pin moving coil design with onboard signal processing circuitry to measure bearing casing vibration on slow-speed hydroelectric turbines.
Two-pin moving coil design with onboard signal processing circuitry to measure bearing casing vibration on slow-speed hydroelectric turbines.
Two-pin moving coil design with onboard signal processing circuitry to measure bearing casing vibration on slow-speed hydroelectric turbines.
Two-pin moving coil design with onboard signal processing circuitry to measure bearing casing vibration on slow-speed hydroelectric turbines.
Two-pin moving coil design with onboard signal processing circuitry to measure bearing casing vibration on slow-speed hydroelectric turbines.
Two-pin moving coil design with onboard signal processing circuitry to measure bearing casing vibration on slow-speed hydroelectric turbines.
Two-pin moving coil design with onboard signal processing circuitry to measure bearing casing vibration on slow-speed hydroelectric turbines.
Two-pin moving coil design with onboard signal processing circuitry to measure bearing casing vibration on slow-speed hydroelectric turbines.
Two-pin moving coil design with onboard signal processing circuitry to measure bearing casing vibration on slow-speed hydroelectric turbines.
Two-pin moving coil design with onboard signal processing circuitry to measure bearing casing vibration on slow-speed hydroelectric turbines.
Two-pin moving coil design with onboard signal processing circuitry to measure bearing casing vibration on slow-speed hydroelectric turbines.
Two-pin moving coil design with onboard signal processing circuitry to measure bearing casing vibration on slow-speed hydroelectric turbines.
Two-pin moving coil design with onboard signal processing circuitry to measure bearing casing vibration on slow-speed hydroelectric turbines.
Two-pin moving coil design with onboard signal processing circuitry to measure bearing casing vibration on slow-speed hydroelectric turbines.
Two-pin moving coil design with onboard signal processing circuitry to measure bearing casing vibration on slow-speed hydroelectric turbines.
Two-pin moving coil design with onboard signal processing circuitry to measure bearing casing vibration on slow-speed hydroelectric turbines.
Two-pin moving coil design with onboard signal processing circuitry to measure bearing casing vibration on slow-speed hydroelectric turbines.
Two-pin moving coil design with onboard signal processing circuitry to measure bearing casing vibration on slow-speed hydroelectric turbines.
Two-pin moving coil design with onboard signal processing circuitry to measure bearing casing vibration on slow-speed hydroelectric turbines.
Two-pin moving coil design with onboard signal processing circuitry to measure bearing casing vibration on slow-speed hydroelectric turbines.
Two-pin moving coil design with onboard signal processing circuitry to measure bearing casing vibration on slow-speed hydroelectric turbines.
Two-pin moving coil design with onboard signal processing circuitry to measure bearing casing vibration on slow-speed hydroelectric turbines.
Two-pin moving coil design with onboard signal processing circuitry to measure bearing casing vibration on slow-speed hydroelectric turbines.
5.7mV/mm/s (145mV/in/s) ±5% sensitivity, sensing head can be mounted on surfaces with temps as high as (752°F).
5.7mV/mm/s (145mV/in/s) ±5% sensitivity, sensing head can be mounted on surfaces with temps as high as (752°F).
5.7mV/mm/s (145mV/in/s) ±5% sensitivity, sensing head can be mounted on surfaces with temps as high as (752°F).
5.7mV/mm/s (145mV/in/s) ±5% sensitivity, sensing head can be mounted on surfaces with temps as high as (752°F).
5.7mV/mm/s (145mV/in/s) ±5% sensitivity, sensing head can be mounted on surfaces with temps as high as (752°F).
5.7mV/mm/s (145mV/in/s) ±5% sensitivity, sensing head can be mounted on surfaces with temps as high as (752°F).
5.7mV/mm/s (145mV/in/s) ±5% sensitivity, sensing head can be mounted on surfaces with temps as high as (752°F).
5.7mV/mm/s (145mV/in/s) ±5% sensitivity, sensing head can be mounted on surfaces with temps as high as (752°F).
5.7mV/mm/s (145mV/in/s) ±5% sensitivity, sensing head can be mounted on surfaces with temps as high as (752°F).
5.7mV/mm/s (145mV/in/s) ±5% sensitivity, sensing head can be mounted on surfaces with temps as high as (752°F).
Precision biaxial tiltmeter, NEMA 4X designation, range: ±0.46°/±4°, fixed gain and filter settings, adjustable Invar legs.
Precision biaxial tiltmeter, NEMA 4X designation, range: ±0.46°/±4°, fixed gain and filter settings, adjustable Invar legs.
Switchable gain and low-pass filter settings, built-in Invar leveling legs, two orthogonal tilt sensors, drives signals over cables greater than 1000m.
Switchable gain and low-pass filter settings, built-in Invar leveling legs, two orthogonal tilt sensors, drives signals over cables greater than 1000m.
Precision biaxial tiltmeter, floor mount, NEMA 4X protection, 0.5 inch holes in its three corners fit over threaded stainless steel studs.
Precision biaxial tiltmeter, floor mount, NEMA 4X protection, 0.5 inch holes in its three corners fit over threaded stainless steel studs.
Precision biaxial tiltmeter, floor mount, NEMA 4X protection, 0.5 inch holes in its three corners fit over threaded stainless steel studs.
Bolt or clamp to any surface, floor or wall mount, suited for high traffic and vibration, high gain and mid range models available.
Bolt or clamp to any surface, floor or wall mount, suited for high traffic and vibration, high gain and mid range models available.
Bolt or clamp to any surface, floor or wall mount, suited for high traffic and vibration, high gain and mid range models available.
Bolt or clamp to any surface, floor or wall mount, suited for high traffic and vibration, high gain and mid range models available.
Uniaxial tiltmeter with gravity referenced electrolytic tilt transducer as the internal sensing element, ranges: ±0.5°/±3°/±50°.
Uniaxial tiltmeter with gravity referenced electrolytic tilt transducer as the internal sensing element, ranges: ±0.5°/±3°/±50°.
Uniaxial tiltmeter with gravity referenced electrolytic tilt transducer as the internal sensing element, ranges: ±0.5°/±3°/±50°.
Uniaxial tiltmeter with gravity referenced electrolytic tilt transducer as the internal sensing element, ranges: ±0.5°/±3°/±50°.
Uniaxial tiltmeter with gravity referenced electrolytic tilt transducer as the internal sensing element, ranges: ±0.5°/±3°/±50°.
Uniaxial tiltmeter with gravity referenced electrolytic tilt transducer as the internal sensing element, ranges: ±0.5°/±3°/±50°.
Precision voltage-output tiltmeter designed for underwater measurements and other applications under high pressure.
Precision voltage-output tiltmeter designed for underwater measurements and other applications under high pressure.
Precision voltage-output tiltmeter designed for underwater measurements and other applications under high pressure.
Precision voltage-output tiltmeter designed for underwater measurements and other applications under high pressure.
Precision voltage-output tiltmeter designed for underwater measurements and other applications under high pressure.
Precision voltage-output tiltmeter designed for underwater measurements and other applications under high pressure.
Input range ±10°, ±25°, & ±50°, output ranges ±2.5V to 0 to 5V, temperature sensor, and damped options.
Input range ±10°, ±25°, & ±50°, output ranges ±2.5V to 0 to 5V, temperature sensor, and damped options.
Input range ±10°, ±25°, & ±50°, output ranges ±2.5V to 0 to 5V, temperature sensor, and damped options.
Input range ±10°, ±25°, & ±50°, output ranges ±2.5V to 0 to 5V, temperature sensor, and damped options.
Input range ±10°, ±25°, & ±50°, output ranges ±2.5V to 0 to 5V, temperature sensor, and damped options.
Input range ±10°, ±25°, & ±50°, output ranges ±2.5V to 0 to 5V, temperature sensor, and damped options.
Input range ±10°, ±25°, & ±50°, output ranges ±2.5V to 0 to 5V, temperature sensor, and damped options.
Input range ±10°, ±25°, & ±50°, output ranges ±2.5V to 0 to 5V, temperature sensor, and damped options.
Input range ±10°, ±25°, & ±50°, output ranges ±2.5V to 0 to 5V, temperature sensor, and damped options.
Input range ±10°, ±25°, & ±50°, output ranges ±2.5V to 0 to 5V, temperature sensor, and damped options.
Input range ±10°, ±25°, & ±50°, output ranges ±2.5V to 0 to 5V, temperature sensor, and damped options.
Input range ±10°, ±25°, & ±50°, output ranges ±2.5V to 0 to 5V, temperature sensor, and damped options.
In-place inclinometer system for monitoring slopes, embankments, deep excavations, tunnels, tank foundations, retaining walls.
In-place inclinometer system for monitoring slopes, embankments, deep excavations, tunnels, tank foundations, retaining walls.
In-place inclinometer system for monitoring slopes, embankments, deep excavations, tunnels, tank foundations, retaining walls.
In-place inclinometer system for monitoring slopes, embankments, deep excavations, tunnels, tank foundations, retaining walls.
In-place inclinometer system for monitoring slopes, embankments, deep excavations, tunnels, tank foundations, retaining walls.
In-place inclinometer system for monitoring slopes, embankments, deep excavations, tunnels, tank foundations, retaining walls.
In-place inclinometer system for monitoring slopes, embankments, deep excavations, tunnels, tank foundations, retaining walls.
In-place inclinometer system for monitoring slopes, embankments, deep excavations, tunnels, tank foundations, retaining walls.
In-place inclinometer system for monitoring slopes, embankments, deep excavations, tunnels, tank foundations, retaining walls.
In-place inclinometer system for monitoring slopes, embankments, deep excavations, tunnels, tank foundations, retaining walls.
In-place inclinometer system for monitoring slopes, embankments, deep excavations, tunnels, tank foundations, retaining walls.
In-place inclinometer system for monitoring slopes, embankments, deep excavations, tunnels, tank foundations, retaining walls.
Current loop powered, gravity referenced ceramic tilt sensor, weatherproof enclosure, range: ±0.5°/±3°/±50°.
Current loop powered, gravity referenced ceramic tilt sensor, weatherproof enclosure, range: ±0.5°/±3°/±50°.
Current loop powered, gravity referenced ceramic tilt sensor, weatherproof enclosure, range: ±0.5°/±3°/±50°.
Current loop powered, gravity referenced ceramic tilt sensor, weatherproof enclosure, range: ±0.5°/±3°/±50°.
Current loop powered, gravity referenced ceramic tilt sensor, weatherproof enclosure, range: ±0.5°/±3°/±50°.
Current loop powered, gravity referenced ceramic tilt sensor, weatherproof enclosure, range: ±0.5°/±3°/±50°.
Current loop powered, gravity referenced ceramic tilt sensor, weatherproof enclosure, range: ±0.5°/±3°/±50°.
Current loop powered, gravity referenced ceramic tilt sensor, weatherproof enclosure, range: ±0.5°/±3°/±50°.
Current loop powered, gravity referenced ceramic tilt sensor, weatherproof enclosure, range: ±0.5°/±3°/±50°.
Submersible Tiltmeter, 316 stainless steel housing, high pressure neoprene connector with 700 bar depth rating.
Submersible Tiltmeter, 316 stainless steel housing, high pressure neoprene connector with 700 bar depth rating.
Submersible Tiltmeter, 316 stainless steel housing, high pressure neoprene connector with 700 bar depth rating.
Submersible Tiltmeter, 316 stainless steel housing, high pressure neoprene connector with 700 bar depth rating.
Submersible Tiltmeter, 316 stainless steel housing, high pressure neoprene connector with 700 bar depth rating.
Submersible Tiltmeter, 316 stainless steel housing, high pressure neoprene connector with 700 bar depth rating.
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