This reflective object sensor R50, which is non-sensitive to ambient light, operates with modulated IR light and detects objects in the distance range from 2 to 10 mm. Areas of application include process monitoring in manufacturing (torn belts, flow of goods), paper monitoring in copiers for example (position monitoring) or contactless switching.
The MT2.5 radial field sensor is part of a new group of digital capacitive motion sensors. Its electrical field penetrates all non-conducting materials such as tiles, glass, wood, plaster, plasterboard and plastics several centimetres thick. A current pulse is output when the sensor is approached this could be used to switch a relay. Areas of usage include underneath tiles, behind sanitary tiles, behind furniture doors, glass, plastic applications. The radial field sensor is hidden and provides freedom in terms of design as well as protection against vandalism. The relay board for the MT2.5 may be used to universally switch different loads. A brochure showing switching examples for the MT2.5 is included.
The digital capacitive sensor pushbutton MT0.1 is an electronic input element to replace mechanical switches and pushbuttons. It can be glued behind tiles, glass, wood, carpets, plastic etc. and is automatically ready for operation after 2 seconds. Tapping the surface of these materials with your finger will produce an output signal. The cast electronics fulfils all the requirements in terms of tightness against water and dust, vandal-proofing and design freedom. An automatic calibration function continually compensates any environmental effects. With a power consumption oftyp. 5 uA at 4.75 - 7 V / DC, he is eminently suitable for battery applications. Higher supply voltages up to 30V are permitted when using pre-resistor RV, however the operating current should be limited to 1 mA.
This sensor operates on the basis of optical triangulation with IR light. The sensor allows an extremely accurate distance measurement between 4.5 and 6.0 mm with a resolution of min. 0.1 mm. Its special feature is the absolute measurement. The absolute distance in the measuring range is shown through an analogue output voltage. The measurement is independent of the object colour. The controls are simple, comprising simply the power supply and output signal. There is no need for a complex clock signal. It was designed to measure the paper thickness in copiers and printers. Other possible applications include precision displacement sensors in industry, proximity switches, thickness measurement.
This sensor can be used for absolute or relative distance measurements for objects. Its secret lies in the simple control system. It only requires a power supply and a Vout signal. The conditioning electronics, which are not affected by colour, determine the distance and output it via Vout as an analogue signal. A distance of 10 cm corresponds to roughly Vout == 2.6 V, a distance of 80 cm to Vout == 0.4 V. Typical examples include hand dryers, parking assistance systems, toilet flushing, door openers, alarm systems, water treatment, etc.
Digital distance sensor using optical measurement. Uses triangulation with an integrated PSD chip. The sensor is fitted with a 10 cm cable. The switching distance is fixed at 80 cm. From 20 cm to the switching distance the VO signal is logically high, from the switching distance to 150 cm the VO signal is logically low. Simply connect to +5 V and earth to obtain the corresponding signals at pin 1.
The distance sensor works with standard Pulse-Ranging technology. It achieves a repeatability of 5 mm with a working range of 0.2 - 8 m and an absolute accuracy of 25 mm The sensor operates independent of environmental influences. Red laser as a light transmitter High reproducibility, regardless of the surface, and low black-white difference. Insensitive of extraneous light even with energy saving lamps
Distance sensor using optical measurement, with analogue output. Uses triangulation with an integrated PSD chip. Simple control: just connect to +5 V and earth. The positive analogue voltage at pin 1 varies with the object distance, from 0.4 V to -2.8 V. The change in voltage is nonlinear.
The distance sensor works with standard Pulse-Ranging technology. It achieves a repeatability of 5 mm with a working range of 0.2 - 8 m and an absolute accuracy of 25 mm The sensor operates independent of environmental influences. Red laser as a light transmitter High reproducibility, regardless of the surface, and low black-white difference. Insensitive of extraneous light even with energy saving lamps
The digital capacitive sensor pushbutton MT0.1 is an electronic input element to replace mechanical switches and pushbuttons. It can be glued behind tiles, glass, wood, carpets, plastic etc. and is automatically ready for operation after 2 seconds. Tapping the surface of these materials with your finger will produce an output signal. The cast electronics fulfils all the requirements in terms of tightness against water and dust, vandal-proofing and design freedom. An automatic calibration function continually compensates any environmental effects. With a power consumption oftyp. 5 uA at 4.75 - 7 V / DC, he is eminently suitable for battery applications. Higher supply voltages up to 30V are permitted when using pre-resistor RV, however the operating current should be limited to 1 mA.
Digital distance sensor using optical measurement. Uses triangulation with an integrated PSD chip. The switching distance is fixed at 15 cm. From 3 cm to the switching distance the VO signal is logically high, from the switching distance to 30 cm the VO signal is logically low.
Distance sensor based on optical with analogue output. Successive model to GP2D120. Triangulation principle with integrated PSD chip. The sensor gives out a positive, analogue voltage between 0.4 - 2.25 V. Examples of use are hand dryer, car parking help, flushing toilets, door openers, alarm systems, water treatment etc.