ACTE offers a range of sensors using using various technologies from a range of manufacturers.
Each manufacture uses technologies optimised for the specific targetted applications - from Micro-Electro-Mechanical Systems (MEMS), Differential Infra-Red and others.
Mipex Gas Sensors
MIPEX TECHNOLOGY proudly manufacture a unique range of ultra low power inrfared gas sensors protected by number of patents. The MIPEX NDIR gas sensors utilize patented technology of Light Emitters and Photodiodes based on A2B4-A2B6 solid state alloys which are highly effective for hydrocarbon (HC) and carbon dioxide (CO2) detection. These products are the results of long-term research into sensor technologies and developent of the production solutions.
The advanced design of unique miniature IR gas sensors makes them ideal for solar, battery powered and wireless application.
MIPEX miniature IR gas sensors are applied to all industrial safety segments and have distinctive features including:
- Operation within the wide temperature range
- Low humidity influence
- Long term stability
- Industry approved size 16.6x20mm
- Microcontroller inside
- Immunity for harsh environment
- Long life
Murate MEMS Sensors
MEMS Sensors are now commonplace in the industrial and consumer electronics industry alike. The technology which is the merging of nano electro-mechanical systems (NEMS) and nano-technology creates very small devices which can be used for real-world measurements.
MEMS became practical once the structures could be fabricated, using modified semiconductor device fabrication technologies, normally used to make electronics components.
Several types of sensors can be fabricated as follows.
measure the force exerted on a body when it is accelerating. In MEMS devices the 'body' is a fixed but flexible element in the whole sensor construction, which 'flexes' when the force is applied. It is the degree of flex which is measured by electronic (capacitance change) means.
The output of any one element of an accelerometer sensor normally indicates the measured value for one only axis. Since a gravitational field also exerts a force on any objects withing the field, gravity may also be measured by a correctly aligned (axis) accelerometer. Knowing that an object is at rest will also allow measurement of inclination with respect to the axis of sensitivity.
and accelerometers are all based on the same MEMS capacitive measuring technology. Different product versions are optimized for different purposes, determined by the g-range in which they are going to be used.
The maximum g-range of the inclinometers is earth's gravitation (approximately 1g). So for the inclination measurement the internal accelerometers measure low-g ranges of ±0.26g up to ±1.2 g.
similarly use solid-state resonators that function on basis of oscillating object which tends to continue vibrating in the same plane as its support rotates. The force of maintaining its orientation is measured as the indication of the external rotational force.
Further information for each type of sensor and product documentation can be found in the pages linked below.