Inclinometers, also called tilt sensors, are designed to measure the angle of an object with respect to the force of gravity. These tilt or level meters determine pitch and/or roll angle and output these values via the appropriate electrical interface. Inclinometers are easy to integrate into an application because there is no need for mechanical linkages other than just the installation itself – a real advantage for design engineers. Available as single (up to 360°) or dual axis (up to +/- 90°) outputs, inclinometers are offered in a variety of electrical interfaces and housings which can withstand high pressure wash down or rated for hazardous environments.
POSITAL AKS inclinometers provide smooth data in dynamic environments...
POSITAL ACS Modbus inclinometers are ideal for solar tracking....
The P603 is an affordable, durable, high-accuracy tilt sensor designed for....
The 350bar S623 tilt sensor is an affordable, durable, high-accuracy sensor designed...
The G603 is CSA approved and intrinscially safe for use in potentially explosive gas/vapour atmospheres....
The X603 is ATEX, IECEx approved and intrinscially safe for use in potentially explosive gas/vapour atmospheres....
The E603 is ATEX, IECEx approved and intrinscially safe for use in potentially explosive dust and gas/vapour atmospheres....
The intrinsically safe M603is ATEX and IECEx approved for use in potentially explosive gas/vapour, dust atmospheres and mining...
While they may be small, the role of rotary encoders in spacecraft is vital, demanding a balance between performance, reliability, and the unforgiving environment of space. From NASA’s Robonaut II to automated material handling systems on the International Space Station, Everight has worked with engineers to put rotary encoders into ‘the final frontier.’
While they may be small, the role of rotary encoders in spacecraft is vital, demanding a balance between performance, reliability, and the unforgiving environment of space. From NASA’s Robonaut II to automated material handling systems on the International Space Station, Everight has worked with engineers to put rotary encoders into ‘the final frontier.’
While they may be small, the role of rotary encoders in spacecraft is vital, demanding a balance between performance, reliability, and the unforgiving environment of space. From NASA’s Robonaut II to automated material handling systems on the International Space Station, Everight has worked with engineers to put rotary encoders into ‘the final frontier.’
While they may be small, the role of rotary encoders in spacecraft is vital, demanding a balance between performance, reliability, and the unforgiving environment of space. From NASA’s Robonaut II to automated material handling systems on the International Space Station, Everight has worked with engineers to put rotary encoders into ‘the final frontier.’
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