HR Series

The HR Series of LVDTs are highly reliable and are suitable for most general applications. The HR Series features a large core-to-bore clearance, high output voltage over a broad range of excitation frequencies, and a magnetic stainless steel case for electromagnetic and electrostatic shielding.

HC Series

The HCA Series LVDTs are tungsten-inert gas (TIG) welded to form a hermetic seal that is impervious to dirt, water, steam and corrosive liquids and vapors. They feature a glass-sealed, MS-type connector, but do not permit through bore operation. (A right angle version, the HCA-RA series, allows the core and core rod to pass through the unit). All exposed surfaces are stainless steel, including the boreliner and connector shell. Units can withstand external pressure up to 1,000 psi (70 bars). Double magnetic shielding resists external magnetic influences.

LBB air-extend series

The Linear Ball Bearing (LBB) series of dimensional gaging probes is engineered for highly precise and repeatable measurements in quality control and metrology applications. LBB within the gaging probe minimize radial play and friction for ultra-precise measurement.

PCA 375 series

The PCA-375 Series gage heads combine simplicity with the time proven reliability of LVDT (Linear Variable Differential Transformer) technology resulting in a cost effective, long stroke industrial aging solution. The rugged PCA-375 was specifically designed for operation in harsher industrial environments with minimal available installation space. Measuring just 0.375” in diameter the PCA-375 affords non-intrusive, slim profile measurements, making it the perfect choice for high density fixtures as well as numerous other industrial applications.

Digital LBB

The Ultimate-Precision Digital LBB gaging system consists of digital gaging probes daisy chained in a network using T-Connectors (available separately) with DE-9P and -9S connectors. Each Digital LBB gaging probe includes a highly repeatable analog AC LVDT (Linear Variable Differential Transformer) gaging probe guided with a precision linear ball bearing, mated to an in-line digital I/O signal conditioning module. The circuitry and firmware feature digital calibration and linearity correction of the digital output position signal with very high accuracy.

AccuStar

The AccuStar® Electronic Clinometer is an extremely accurate angle measurement device. This compact and rugged sensor is ideal where space is critical and environmental conditions are serious design concerns. The heart of the system is a patented, capacitance-based sensor with no moving parts. When rotated about its sensitive axis, this unique sensor provides an exceedingly linear variation in capacitance, which is electronically converted into angular data. The sensor and low-power CMOS electronics are encased in a rugged plastic housing ready to install as a system component or as a stand-alone device.

AccuStar IP66

The AccuStar® IP-66  is designed for rugged industrial and outdoor applications. The die-cast, powder coated aluminum housing is suitable for the most hostile environments. Multiple input / output configurations provide for ease of implementation into your application. When utilizing the 0.5 to 4.5 volt dc. output, the AccuStar® IP-66 may be operated on a standard automotive 12-Volt dc. electrical supply. The water tight enclosure is suitable for use in tower crane and marine applications, under all weather conditions. The 4 to 20 mA current output signal is ideal for machine control
applications requiring long cable runs and provides for excellent noise immunity.

G Series

The G-Series consist of a single axis conductive tilt sensor on a modern technology in environmentally protected and robust aluminum housing. The fast microcontroller works with a linearization and temperature compensation routines. This fully calibrated inclinometer offers a switch output signals. The inclination switch enables the angle of inclination of objects such as appliances, machines
or motor vehicles to be monitored and emits an alarm signal when the angle is exceeded. The switch threshold can be set symmetrically by the customer in a range of +/-10°.

P Series

The P-Series of conductive inclinometers offers modern technology in an environmentally protected and robust aluminium housing in IP class 65. The inclinometer achieves high accuracy over a wide temperature range. All P-type inclinometers are microprocessor controlled transducers capable of producing a linearized  RS-232 digital and analog voltage +/-1.5V or current output 4…20 mA signal. The inclinometers are an ideal choice for a variety of industrial, automotive and aerospace applications.

V Series

The V-Series of conductive single or dual axis inclinometers offers a modern electronic in an environmentally protected and robust aluminium anodizing housing.This fully calibrated  inclinometer is available with an analogue voltage output signals or current output signal.

DPL/DPN Series

The DPL/DPN-Series is modern SMD technology based small board-level dual axis inclinometer applying conductive technology. A high-speed microcontroller implements linearization and temperature compensation routines, thus providing excellent accuracy over the full operating temperature range. The DPL / DPN series inclinometer is available with both fully compensated digital output TTL/RS 232 and/or analogue voltage output 0.3 to 4.7V. A programmable digital software filter allows the reduction of shock- and vibration influences during operation for optimal measurement results.

DQG Series

The DQG-Series is a small inclinometer based on dual axis tilt sensor for horizontal mounting, which works based on the conductivity principle. This microprocessor controls the inclinometer with a linearized and temperature compensated angle output signal. The unit has metal housing and exhibits an 8…30VDC power supply.

DPG Series

The DPG-Series dual axis conductive inclinometer in aluminum housing offers the user modern microprocessor technology with an integrated active linearization and temperature compensation. This inclinometer is full calibrated, easy to horizontal mount and absolute plug and play compatible.

PML 1000

The PML1000 is an AC line powered LVDT/RVDT panel meter that is ideal for industrial and test applications. It features a 5 digit variable brightness LED display. For control applications, it has a fast (125 Hz) unscaled analog output, an isolated 0-10 VDC/4-20 mA scaleable output and optional serial 2 or 4 wire RS 422/485 communications.

AAL

The AAL-Series conductive inclination sensor offers a fully calibrated inclination sensor module on a PCB. The sensor provides voltage output depending on the inclination angle and related to the specific axis, as well as a voltage based temperature output signal. An optional integrated e2-prom contains data on the characteristic curve resp. calibration data. This allows for a high integration into a specific application with excellent performance regarding accuracy and long-term stability.

LCIT

The LCIT series is based on a patented linear position sensor design that features all of the benefits of current LVDT inductive technology, but at a significantly lower cost. The proprietary coil and electronics design of the LCIT has allowed Measurement Specialties to dramatically increase the frequency response without increasing noise, and lower the mass of the core.

RVIT-15-60/ RVIT-15-120I

RVITs are DC operated non-contact rotary transducers. The RVIT proprietary design incorporates a set of printed circuit coils and a conductive spoiler to achieve superior performance and low cost. During operation, the conductive spoiler rotates with the transducer shaft, altering the magnetic field generated by the printed circuit coils.

D Series

The inclinometer achieves high accuracy over a wide temperature range. The fast microcontroller works with a linearization and temperature compensation routines.

Anglestar protractor System (APS)

The Anglestar® Protractor System (APS) is a ready to use, stand alone system for angle measurements. The system incorporates a special AccuStar I ratiometric electronic clinometer, a digital display, and a standard four foot cable.

This system will operate for over 1,000 hours on one 9 volt battery and may be powered from an external power source between 9 and 15 Vdc, drawing minimal current.