Capacitive or dielectric, from ±4° to ±360°, high Resolution, cost effective
The Inclination or Tilt position is evaluated by means of a dielectrical or capacitive sensing elements. An integrated Electronic is providing an output signal in mV, V, 4-20mA or digital RS232 / 485. The signal is linear / proportional to the angle. Minor cross axial effects, long term stability, high resolution, fast delivery.
Servo- Inclinometer, from ±1° to ±90°, excellent long term stability
A servo galvanic pendulum is providing a signal proportional to the angle. The Zero point is constantly controlled by the internal electronics. High Output, extreme high resolution, shock and vibration resistant, digital output, and long term stability. Hermetically sealed Housings compatible with rough environments. Made for monitoring constructions and military applications.
Inclinometer Instrumentation with display, servo capacitive, dielectric 360°, or MEMS
All above mentioned Inclinometers are available in housing including a digital display. The results are readable in Degree, mrd, mm/m or % gradient. RS232 or analog output are available. Resolution 0,001°, long term stability, battery operated, Zero setpoint and Hold function. An instrument with a Foil keyboard for calibration on site, adaptable on round parts.
Inclinometer, Options : 100 bar pressure safe, Biax, Current and Voltage Signals, Ex.
Our Inclinometers are available in many diffrent executions among them also hermetically sealed Housings, Seawater compatible housings, 100bar pressure safe, Single and Biax formation, 360° Range with Display, redundant outputs for safety applications, Frequency filtering and extreme small Full Scale ranges.
Model AIM - 60 / - 61 - XX
Model AZM - 2 - 60 / - 61 - XX
Model AZM - 2U - 60 / - 61 - XX
Inclenometer, dielectric
Shock resistance
Static and 3Hz. Dynamic
Accuracy : 0,2% FS.
Temperature : −40°C to +85°C
Ranges ± : 3° - 360°
Signal : ±4V / 4 - 20mA
24mm / 54mm Ø , 10mm Thick
Inclinometer, dielectric
hermetically sealed packed in a
Cast aluminum housing,
Single / Biax, extreme shock
resistance. Gain, Ranges,
Zero and Dynamic are
Manually adjustable.
Else as Model AIM - 60 / - 61
Inclinometer, dielectric
Stainless Steel Housing, Seawater
compatible, safe to 10bar
Single axis
extreme shock resistance.
Gain, Ranges, Zero and Dynamic
are Manually adjustable
Else as Model AIM - 60 / - 61
Model AIM - S1U - X
Model AIM - 70 - XX
Model AIM - 72 - XX Biax
Inclenometer, Servo
Range ± : 1° or 2° FS. from ±0,03°
Resolution : 10-6 Degree
Signal 4V
hermetically sealed packed in
Cast aluminum housing made
for long term monitoring of
constructions and buildings
Inclenometer, Servo
Static and 5Hz. Dynamic
Zero controlled sensing element
extreme long term stability
Accuracy : 0,02% FS.
Temperature : −40°C to +85°C
Ranges ± : 1° - 90°
Signal : ±5V / 4 - 20mA
Inclenometer, Servo
Static and 5Hz. Dynamic
Zero controlled sensing element,
extreme longterm stability, Biax
Accuracy : 0,02% FS.
Temperature : −40°C to +85°C
Ranges ± : 1° - 90°
Signal : ±5V / 4 - 20mA
Model AIM - 70 - 100 - ATEX
Model AIM - 78 - XX
Model AIM - G-4 - XXX
Inclenometer, Servo, ATEX Ex.
100bar pressure safe
Static and 5 Hz. Dynamic
Zero controlled sensing element
extreme long term stability, Biax
Accuracy : 0,02% FS.
Ranges ± : 1° to 90°
Signal : ±5V / 4 - 20mA
Inclenometer, Servo
Signal linear- proportional to
the angle, 10 Hz. Dynamic,
Zero controlled sensing element
extreme long term stability, Biax
Accuracy : 0,02% FS.
Ranges ± : 1° to 70°
Signal : ±5V / 4 - 20mA
Inclinometer, handy
Battery operated
Reset Function
Range ± : 70°,
Accuracy : 0,1% FS.
Resolution : 0,01°
Display :
Degree, mrd, mm/m & % gradient
Foil Keyboard
