Your benefit
Fastest in the compact class
KeTop T20 is the fastest mobile terminal in the compact class due to a ARM Cortex A8 processor. The operating system is Windows Embedded CE 6.0. The existing USB interface allows easy data transfer to removable media.
KeTop T20 is the fastest mobile terminal in the compact class due to a ARM Cortex A8 processor. The operating system is Windows Embedded CE 6.0. The existing USB interface allows easy data transfer to removable media.
OLED technology for optimum legibility
KeTop T20 terminals dispose over high-performance OLED displays, which are also available as a touchscreen option. Such displays are extremely energy-efficient and due to their high contrast, offer outstanding legibility. This brilliance permits maximum resolution, allowing the presentation of large amounts of information on a compact screen.
KeTop T20 terminals dispose over high-performance OLED displays, which are also available as a touchscreen option. Such displays are extremely energy-efficient and due to their high contrast, offer outstanding legibility. This brilliance permits maximum resolution, allowing the presentation of large amounts of information on a compact screen.
Perfect and rapid integration
KeTop T20 operating devices are supported by serial RS-232-C or RS-422-A interfaces and Ethernet as a standard feature. In addition, they can be linked to widely used bus systems such as CAN, PROFIBUS and RT Ethernet protocols such as EtherCAT, SERCOS III etc.
KeTop T20 operating devices are supported by serial RS-232-C or RS-422-A interfaces and Ethernet as a standard feature. In addition, they can be linked to widely used bus systems such as CAN, PROFIBUS and RT Ethernet protocols such as EtherCAT, SERCOS III etc.
Software flexibility
Limitless application design is available. Teach or start-up applications can be realized in Visual Studio or in KeStudio ViewStandard (Java). Moreover, not only are remote solutions possible but also stand-alones using an IEC runtime system.
Limitless application design is available. Teach or start-up applications can be realized in Visual Studio or in KeStudio ViewStandard (Java). Moreover, not only are remote solutions possible but also stand-alones using an IEC runtime system.
Comfortable, fatigue-free left- and right-hand operation
Low-weight (<500g! for eco), compact and ergonomic design facilitates comfortable and fatigue-free operation. The devices are equally suitable for left- and right-hand operation and can be precisely matched to the hands of the respective user by means of an adjustable strap.
Low-weight (<500g! for eco), compact and ergonomic design facilitates comfortable and fatigue-free operation. The devices are equally suitable for left- and right-hand operation and can be precisely matched to the hands of the respective user by means of an adjustable strap.
Application-optimized design
KeTop T20 is an extremely compact, lightweight device, which can be operated with one hand. This means that the other is constantly available for process support activities.
The devices can be equipped with a diversity of optional, application-oriented operating elements, e.g. key switches, push buttons, hand wheels, rotary switches (4 or 16 positions as axis selector switch or like a potentiometer), which allow them to be precisely adapted to every application.
KeTop T20 is an extremely compact, lightweight device, which can be operated with one hand. This means that the other is constantly available for process support activities.
The devices can be equipped with a diversity of optional, application-oriented operating elements, e.g. key switches, push buttons, hand wheels, rotary switches (4 or 16 positions as axis selector switch or like a potentiometer), which allow them to be precisely adapted to every application.
Safety as a standard feature
All the safety circuits are of dual circuit design. The threeposition enabling switches can be operated lightly and therefore recognise user cramp and panic reactions. In response, machinery is reliably put into a safe mode.
All the safety circuits are of dual circuit design. The threeposition enabling switches can be operated lightly and therefore recognise user cramp and panic reactions. In response, machinery is reliably put into a safe mode.
