Our line of industrial thin client enclosures and industrial PC enclosures were designed to accommodate a wide range of customer computer hardware ranging from industrial “brick PCs” to desktop form factor computers.
The RoHS directive is a set of European Union regulations that relates to restriction of hazardous materials in electronic and electrical equipment. This directive came into force in 2006 and covers a wide range of electrical and electronic products.
Like most electronics vendors, we at Hope Industrial have worked with our suppliers over the years to ensure that our products are RoHS compliant (as detailed here).
For many years, our line of Industrial KVM Extenders has been a critical part of our product line-up, allowing our customers to forego the expense and hassle of a fully ruggedized PC by extending keyboard, video, and touch screen signals from a ruggedized industrial workstation back to a standard PC or server located in a clean, safe IT closet.
Depending on the environment, there are different requirements for user interfaces and how people need to interact. Recognizing this, Elo added a few features to their drivers that provide some advanced functionality to enhance usability for very specific purposes.
A demonstration of the Cursor Edge Acceleration feature available with Elo touch screen drivers.
A common problem for any fully enclosed NEMA 4/4X, IP65/66 rated display is exactly how to get the cables in and out of the enclosure while maintaining a water-tight seal. This problem has been approached in a variety of ways by equipment suppliers, but usually the solution involves either conduit, some sort of compression gland, or watertight external connectors with custom mated cables.
In most typical applications, Hope Industrial touch screens are used to be part of a PC-based HMI configuration, performing some type of PC-based control of an industrial process. The programs that generate these automation interfaces are generally designed with a very simple interface: large on-screen buttons allow simple interaction to a busy, often gloved worker. Generally, the user does not interface with the underlying PC operating system. To operate this type of application, the touch screen does no more than simply pass single “clicks” to the computer, which responds as if a mouse button was clicked.
Cable connections between computers and peripherals on the factory floor are expected to hold tight during the rigors of operator movement and vibration that is not typical of office environments.