IN-081

B&K Vibro Non-Contacting Integrated Displacement Sensor

0.0

(0)

Compact design simplifies installation
Integrated design with built-in driver electronic
No need for a separate oscillator
up to 15 m integrated cable length

See Product Overview

IN-081

From ^$ 991.30

Shop Models

1 Variations available

See all series options below

Data Sheet

Product Overview

Applications Rotor Speed, Shaft Displacement, Shaft Vibration
Cable Length 5 m
Cable Type Insulated Shielded
Electrical Output 0 to Ub + 2 V
Enclosure Ratings IP54
Measurement Note Eddy current Mesurment Relative Shaft Vibration, Relative Shaft Displacement
Operating Temperature, Max 110 °C
Operating Temperature, Min 0 °C
Output Detail Signal-Voltage : USIG = UB + 2 V;Signal current : Imax = 15 mA;Noise : < 1 mVss ( ... 10 kHz);Source resistance, dynamic : < 5 Ω;RLoad : > 1 k Ω;
Power Consumption 20 mA
Sensor Length 70 mm
Storage Temperature, Max 70 °C
Storage Temperature, Min -20 °C
Supply Voltage -18 to -30 Vdc
Thermal Effect on Span error, Max < ± 5 % at room temperature + 22 °C < ± 10 % in operating temperature range
Transducer Type Displacement Measurement
Weight 120 g

The integrated displacement sensor system IN-081 is based on the non-contacting eddy-current measurement principle. It measures the distance between the tip of the displacement sensor and an electrically conductive surface and provides a subsequent monitoring system with a proportional voltage signal.

Normally non-contacting ECDS (eddy current displacement sensor) systems consist of a sensor probe, a driver electronic and a connection cable to connect both. Based on long-time experience and knowledge B&K Vibro engineers developed an innovative sensor system that integrates all the various components of discrete systems into one single housing.

The IN-081 sensor system obtains important information about the condition of rotating shafts of turbines, generators, compressors or pumps.

PDFs & Manuals

IN-081_spec View More

View Less

Compliance