jmEngine is an unique HMI platform that combines advanced HMI features with powerful web technologies. Monitor and control equipment with tags, alarms, schedulers, recipes and events while at the same time gain ubiquitous web access, ftp file management, e-mail alerts, JavaScript logic and mobile display. The jmEngine architecture is built from the core using Internet standards. jmEngine runs on Windows and Window CE and can be run on PC, embedded panels and industrial PCs.
jmEngine includes a virtual protocol engine that provides connectivity with most popular factory and building automation protocols including modbus, KNX and UniNet. The protocol engine provides optimized control of the device by using the native communication parameters of the device. The protocol engine can be easily expanded to accommodate many types of equipment.
The HMI display is based on Scalable Vector Graphics (SVG). SVG is a vector based graphic engine that includes gradients, transparencies, transforms and draws smooth lines and text at any zoom level. jmEngine has enhanced the SVG engine so that HMI objects can be moved, sized, rotated and transformed the same as any SVG element. Transformations can also be attached to machine data as a way of providing dynamic animations that represent the machine state. This approach provides one of the best HMI graphic engines available on the market.
jmEngine includes an advanced alarm and event system that allows you to monitor and record any number of alarms and events. When an alarm or event occurs, the information can be presented on the HMI and also execute macros or JavaScript functions. With this system, you can send e-mail message and/or send text messages to notify the people of the machine state.
jmEngine is designed from the beginning to be portable across many platforms. To this end, jmEngine can run on Windows, WinCE and Linux platforms.
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jmEngine communication subsystems benefits from the already consolidated and rock-solid protocols running on UniOP operator panels.
See for furhter details the dedicated web site: www.uniop.com