Projected Capacitive Touchscreen: The Ideal Solution for Many Applications
Touchscreens in industrial applications enable intuitive operation, ease of use and exceptional design flexibility. They have replaced the traditional switches, buttons, dials, counters and gauges on the control panel of these applications while offering an economical and more efficient alternative. You may find the touchscreens either embedded into monitors or as complete all-in-one PCs for industrial control.
But,
the biggest concern is the typical rugged environment in industries; therefore,
touchscreen control panels need to be sturdy enough to operate reliably even in
the presence of dirt, dust, grime, chemicals and solvents. They may require to
be operated by a gloved finger, housed in sealed enclosures to industrial
standards (e.g. NEMA), be hosed down or washed, and withstand direct heavy
force impacts.
A
D Metro, the leading manufacturer and supplier of innovative solutions in
touchscreen technology, pioneers in catering to the demanding market of
industrial control applications. They offer a variety of touchscreen solutions
ideal for industrial applications and are widely used in heavy and contaminated
environments. One of the advanced solutions offered by A D Metro for industrial
applications is the Projected Capacitive Touchscreen.
Here
are some of the innovative features of Projected Capacitive touch technology
that make it the ideal choice for industrial control applications.
Advanced
Touch Controller
Unlike
conventional controllers, A D Metro offers PCAP touchscreens with an
intelligent ARGON controller - a spin-off of their Multiplexed Projected
Capacitive (MPC) technology. They are designed for great compatibility with
harsh environments and in mission-critical equipment. Particularly suitable for
embedded applications, the ARGON controller eliminates the use of any tuning
software to set its parameters, making it easy to setup and compatible with any
operating system. It automatically senses USB, I2C or RS232 (3.3V) connection
and reports touch coordinates accordingly.
Accuracy
in Touch Detection
Electromagnetic
interference (EMI) noise can impede the accurate detection of touch commands. A
D Metro’s ARGON controller in a Projected Capacitive Touchscreen simplifies
and helps maintain the accuracy of the touch detection. With ARGON in place,
you don’t need to keep matching controller configurations or track firmware
loads to avoid noise interference at different frequency bandwidths. Thus, it
helps in maintaining the accuracy of touch events.
Water
or any liquid accumulation on the interface of the applications is likely to
happen phenomena in industrial settings. This may trigger false touch in
ordinary PCAP touchscreens. But the advanced projected
capacitive touchscreen technology offered
by A D Metro is designed to work seamlessly within challenging operating
conditions. During the auto setup function, ARGON controllers in the PCAP
touchscreen automatically set the best performing touch sensitivity and provide
water rejection by working in an automatic mode. This helps in the flawless
operation of industrial applications even in harsh environments.
A
D Metro offers projected capacitive touchscreens made of
2-layer glass. This makes a highly durable glass surface to allow industrial
applications to survive heavy force.
Conclusion:
Given
the durability, greater touch precision and ease of use, A D Metro’s projected
capacitive touchscreen with ARGON controller becomes the
perfect solution for your industrial applications.
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