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The 0703-0705-99 TrueTILT uses patented technology and construction to provide an accurate and robust narrow angle sensor at an attractive price with excellent sensor-to-sensor repeatability and reliability. Features include highly sensitive output, exceptional time and temperature stability, and superior roll axis properties. Unparalleled performance and features compared to any other commercially available product!
Specifications
Operating Range ±2°
Null Repeatability ? 5 arc seconds
Resolution ? 1 arc second
Symmetry (typ.) ? 15 %
Roll Sensitivity (null) < 20 arc sec @ 3° roll
Operating Temperature -20°C to +50°C
Storage Temperature -50°C to +100°C |
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3DM-GX2™ is a high-performance gyro enhanced orientation sensor which utilizes miniature MEMS sensor technology. It combines a triaxial accelerometer, triaxial gyro, triaxial magnetometer, temperature sensors, and an on-board processor running a sophisticated sensor fusion algorithm.
Inertia-Link® is a high performance Inertial Measurement Unit and Vertical Gyro utilizing miniature MEMS sensor technology. It combines a triaxial accelerometer, triaxial gyro, temperature sensors, and an on-board processor.
3DM-GX1® AHRS fuses the outputs of triaxial accelerometers, magnetometers and angular rate sensors to measure static and dynamic orientation.
3DM® Triaxial sets of accelerometers and magnetometers for pitch, roll and yaw measurement.
3DM-DH™ Microminiature version of our 3DM™ with all the same functionality.
FAS-A® DC accelerometer based inclinometers with 360 degree range (single axis) or ± 45 degrees (dual axis). Analog outputs are scaled to exact physical units. |
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ASM introduces New Magnetic Inclinometer POSITILT®
ASM introduces a new, innovative inclinometer series, PTAS2, with ranges from ±15° to ±180° in a robust, IP 68 rated stainless steel housing. This industrial grade sensor has been tested to withstand the harsh conditions which make it suited for a wide range of applications such as factory automation machines and robotics, mobile cranes, draw bridges, adjustable platforms and off-highway construction equipment.
The PTAS2 series is the latest addition to the POSITILT® family and is available with three different absolute analog outputs: 0.5-5 V, 0.5-10V and 4-20mA with a typical resolution of 0.1°. The measurement range is available from ±15° to ±180° in 15° increments. The compact 36 mm (1.4 inch) diameter housing with servo flange mounting allows for quick and easy installation.
Since the PTAS2 is based upon wear-free, multi-Hall Effect position sensor technology, it offers significantly increased reliability in extreme environments. The PTAS2 is tested to withstand 100 g shocks and 20 g, 10 Hz-2 kHz vibration.
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The tilt sensor product range of elobau offers a large number of solutions for the detection of tilt angles. Irrespective of whether you use analogue or digital versions, many application situations in the industrial sector and automotive industry require a safe and reliable switching function.
The sensors, which are largely mercury-free and based on Hall technology, can monitor two axes in up to two planes, i.e. at eight different angles.
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Inclinometers allow an easy and efficient way to measure position values without direct coupling to the actuators. This fact and a high protection class allow them to be placed almost anywhere, providing more flexibility for design engineers. Inclinometers also allow simultaneous measurement of two axes with a single sensor, which can also reduce the design and engineering effort compared to other sensor systems. |
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Measurement Specialties manufactures Schaevitz® AccuStar electronic clinometers and AngleStar electronic protractor systems which use capacitance-based sensors for the precise measurement of level, angle or tilt. These unique, patented designs feature a wide range of performance parameters, interface options and price alternatives. These rugged sensors can withstand high levels of shock and vibration that might destroy a MEMS-type device. They also have very high accuracy, especially around zero degrees, which makes them ideal for leveling applications. Uses include construction equipment, tipover protection, antenna positioning, vehicle testing and car alarms, aerospace and robotics.
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The new STT280 sealed tilt sensor is designed to provide reliable, fit-and-forget tilt measurement sensing within an extremely compact housing, for the most arduous operating environments. The STT280 is suitable for use in applications such as road construction equipment, cranes and booms, scissor lifts, agricultural vehicles, container handling and hydraulic lift systems.
The STT280 uses solid state 3D-MEMS (Micro-Electro-Mechanical Systems) technology to measure the sensor’s inclination relative to earth’s gravity. The STT280 has a measurement range of ±60° and provides a 0.5 to 4.5Vdc output signal over this range, with a nominal 2.5Vdc at 0° tilt. By using this technology, the STT280 provides distinct advantages in reliability, stability and compactness over fluid based, electrolytic and pendulum operated sensors. |
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- High performance series : servo inclinometer with analogue and digital ouput
- Low cost series, open loop capacitance, with display and thresold detection |
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| Vigor provides lower cost inclinometer for car or truck wheel alignment system application.VTT-1501 is full digitalize inclinometer with ASIC and MEMS sensor.Before shipment,every product should be calibrated over full range and compensated over full operating temperature range.Also provide some options like as response time,output signal,size,power supply and so on. |
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| Applied Geomechanics offers you the world's most versatile line of gravity-referenced tiltmeters and clinometers. With a broad selection of sensitivity, angular range and packaging to choose from, these instruments satisfy a wide variety of monitoring requirements. Whether you want to measure ground movement or structural behavior, Applied Geomechanics has the right product for your application. |
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For tilt applications where a visual indication or measurement is required, Fredericks inclinometers are ideal. An inclinometer is comprised of a glass tube, bent to a specific radius, which determines its angular range. A ball is inserted in the tube, then the tube is filled with a clear, wide-temperature-range fluid and hermetically sealed. Decals and paint are applied based on the individual customer's requirements. Inclinometers are assembled under the most exacting standards using fixtures, processes, and tooling developed by our engineers. This allows us to offer a product that will provide years of consistent performance and reliability no matter what the application.
Typical applications include aircraft instrumentation, hospital bed-angle gauges, recreational vehicle tilt warning, and inclination indicators for sailing vessels. When your application demands a rugged, reliable visual tilt indication, Fredericks inclinometers provide a practical, accurate, and economical solution. |
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ANGUSENS Inclinometers
Measuring Range: ± 5, ± 15 or ± 30 Degrees
High Resolution of up to 0.001°
Protection Class: IP67
Rugged Three-Point-Mounting
Connection: 1m Cable, 8-pin Connector
Interfaces: RS232, Current, Voltage, Switching Output and PWM
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| Applied Geomechanics manufactures a full line of products for installation and operation of your tiltmeter system, including digital readout units. |
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ACCELENS Inclinometers
Inclinometer based on a MEMS acceleration sensor
CANopen Interface
Measuring Range +/-80° and 360° Degrees
Horizontal and vertical mounting
Up to three measuring axis
Rugged Aluminum Housing
BCD Switches for Adjusting Baudrate and Node Number
Switchable Terminal Resistor
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It is Sistema di Linear Calibrazione Compact for movement measures and calibration of blots tools, CMM or tables XY. The Software allows the operator to collect automatically the data of linear positioning in agreement with the several international Standards comprised ISO, VDI and automatic B5.Compensazione ASTHMA of Temp. Material, Temp. and Pressio_
of Air. Field 15m (opzione50m). Precision 1ìm/m (1ppm) |
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| Optodyne's VS-5020 Vibration Sensor is a noncontact, highly sensitive means of measuring displacement, velocity, and acceleration. Performing as a storage oscilloscope for mechanical vibration, the VS-5020 meets precision engineering requirements of microelectronic, aerospace, automotive, and R&D applications. A two-axis system, the VS-5020 provides measurement accuracy of 1 ppm, resolution to 0.1 microinch, speed up to 200 in/sec, and frequency response from do to 400 kHz. The extremely high signal-to-noise ratio of this two-axis system permits the user to measure simultaneously both target and background phenomena, while maintaining the integrity of each measurement. |
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Dytran Instruments, In. is proud to introduce our new line of DC accelerometers using variable capacitance technology. This capacitive mircomachined accelerometer provides +/-2V differential output for +/-2V single ended output with a 2.5VDC offset. The 7500A accelerometer can be powered with a DC power supplying +9 to +32 VDC. The series is available in ranges from 2g to 200g, features low noise electronics, a 4-pin connector, and rugged titanium construction. This unit can operate at high temperatures, is hermetically sealed and has a removable cable.
Key Features:
• Variable capacitance technology
• Removable cable
• Capacitive micromachined
• Low power consumption
• +9 to +32 VDC power
• Responds to DC and AC acceleration
• Simple four wire connection
• Titanium construction
• Low noise electronics
• High temperature operation
Potential Applications:
• Crash testing
• Air bag testing
• Robotics
• Seismic monitoring
• Tilt measurement |
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Measurement Specialties has almost 20 years experience designing and manufacturing silicon MEMS accelerometers. Most of these miniature products offer internal gas damping or mechanical overload stops to improve survivability. New products such as the Model 64 are built on Measurement Specialties second generation MEMS technology are SAE J211-compliant for anthropomorphic dummy testing.
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| As a MEMS pioneer and innovator, Analog Devices is the largest volume supplier of integrated MEMS accelerometers and gyroscopes. With TS-16949 & QS9000 certifications, ADI continuously improves products and processes while lowering costs. Automotive, consumer products, and industrial customers world wide have embraced ADI%u2019s Motion Signal Processing technology and iSensor intelligent sensor products for their performance, quality and reliability. |
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Micro-electro-mechanical systems (MEMS) technology is one of the most exciting areas in the field of "analog" technology.
Sensitive, compact and inexpensive inertial sensors based on MEMS technology allow system designers to add new capabilities to their products that make them easier to use, more functional and more reliable.
For example, in an Internet-enabled mobile phone or PDA, motion-sensing devices can be used to enable an intuitive user interface based on simple movements of the hand. In home appliances a vibration sensor chip can detect fault conditions and alert the user to the need for preventive maintenance before a failure occurs or even before a problem becomes perceptible.
Commercially available inertial MEMS sensors include different types that can sense movement in one, two, or even three linear axis.
Some types also directly sense rotational acceleration around one axis and others, gyroscopes, can implement the function of a Coriolis-effect, sensing the angolar rate. These sensors share the same principle of operation and sense movements by measuring changes in capacitance between moving and fixed structures.
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Dytran Instruments Inc. has just introduced an ultra miniature IEPE accelerometer with titanium housing. Weighing in at just 0.2 grams, this miniature accelerometer successfully reduces mass loading effects. Because of its tiny "teardrop" design, the 3224A2 is ideal for vibration measurements in even the smallest locations.
Model 3224A2 is laser welded in a titanium housing which ensures its robust construction and contributes to its lightweight. The model 3224A2 is available with a sensitivity of 2mV/g and can operate at temperatures up to 300°F. It features integrated electronics, an adhesive mount and a planar shear, quartz design which reduces base strain sensitivity, thermal transient response and thermal coefficient of sensitivity.
Key Features
• Ultra miniature design
• 2mV/g sensitivity
• 0.2 grams
• Integral cable
• Adhesive mount
• High temperature
• IEPE
Potential Applications
• Environmental Stress Screening
• PC board vibration measurements
• Product response
• General purpose vibration where space is at a premium
• Mechanical shock |
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This ultra small vibration transducer (0.25 gram!)provides
virtual transparency applied to lightweight
structures, allied to relative freedom from strain
induced error. The reliability and performance
criteria applied to our transducers generally,
welded electrical connections and case seal, are
fully implemented in the construction of the
A/28/E.
Signal outlet is via a
surface contact socket.
A 0.8mm dia. softline cable is available
specifically for the A/28/E. |
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Micro-miniature triaxial vibration transducer comprising three shear plate. A/28/E inserts bonded orthogonally into a hard anodised aluminium housing.
The inserts are electrically insulated, individually and from the housing, thus
eliminating ground loop interference. The additional mechanical isolation implicit in the construction provides also near elimination of strain induced error.
The spatial response of a structure to dynamic forcing may lead to erroneous single axis vibration or shock measurement, due to the
inherent directional property of the transducer.
In cases where this is deemed to be a problem, an orthogonal three axis measurement, allowing computation of absolute value and direction offers a solution. |
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| The Model 901 and 902 Biaxial Clinometers accurately measure angular position where space is limited. These conveniently sized, low-cost units fit neatly into pressure housings, well-logging tools and other small places. The gravity-referenced Models 901 and 902 measure rotations about two orthogonal axes and their high-level voltage outputs drive long cables. Contact us today for application ideas or to place an order. |
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A three variant range of low mass (2gm.)
accelerometers, each with KONIC sensing
element, welded construction, miniature (3.5mm
thd.) side or top entry coaxial connector, and
titanium case. The two adhesive mount versions
(A/124/E, A/124/TE), are provided with bonded
isolation discs to minimise ground loop
interference, whilst the top entry connector
version (A/124/TS) is also available with integral
mounting stud but without isolation. |
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Sub-miniature, all welded, KONIC sensing element based vibration transducer. The low mass of the A/25/E renders it transparent in the vast majority of lightweight structure vibration measurement applications.
The A/25/E is adhesive mounted. A detachment tool is provided to shear adhesive joints. Shock removal is to be avoided as being deletorious to
the integrity of the transducer.
Abrasive cleaning of the attachment face will reduce base thickness over time, sparing use of adhesive will aid longevity. Signal outlet is via a surface contact socket. Mating connector preload torque should be 7cNm, the locknut tightened to 12cNm for signal integrity to 10,000g. Insufficient preload may result in intermittent signal loss. |
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Include modal analysis of lightweight structures and shock measurement. Low frequency multi point modal measurements are subject to
individual phase/gain errors associated with the lower corner frequency of the QVC.
The ratiometric nature of modal analysis however reduces transfer function uncertainty to the associated lower corner frequency variations of individual QVCs. |
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Accelerometers, Inclination sensors
