Industrial Computers and Monitors

NHP offers a full range of complete line open architecture industrial PCs, thin clients and monitors. Enabling customised ordering for specific performance requirements. Featuring integrated FactoryTalk® View SE and FactoryTalk View ME software and designed for critical production, process information and enterprise data for all types of manufacturing environments.

Industrial Computers and Monitors

Product Range

Allen Bradley ASEM 6300 Industrial Computers
Allen-Bradley ASEM 6300 Industrial Computers

The Allen-Bradley ASEM line of industrial PCs is designed to optimise operation with a wide variety of solutions suitable for the environment's physical requirements. The broad and adaptable portfolio is the ideal solution for any high-performance Human Machine Interface (HMI) requirements. Integration with FactoryTalk View SE and FactoryTalk View ME software allows for seamless assimilation and with the added benefit of DIN rail mounting in either book or wall position.

Allen Bradley ASEM 6300 Industrial Monitors
Allen-Bradley ASEM 6300 Industrial Monitors

The Allen-Bradley ASEM 6300M industrial monitors are optimized to work with the ASEM 6300 computer and thin client portfolio to create a visualisation, maintenance, control or information computing solution. They feature a ten-point multitouch screen that can also be operated with gloves and comes pre-calibrated. Durable and able to withstand harsh conditions making it ideal for plant floor environments.

Allen Bradley ASEM 6300 Thin Clients
Allen-Bradley ASEM 6300 Thin Clients

The Allen-Bradley ASEM 6300 Thin Clients feature Intel Atom processors, making them ideal for human-machine interface (HMI), IIoT gateway and data logging applications. Atom class units are also available as ThinManager® ready thin clients to boot natively into ThinManager software with no solid-state drive (SSD) on board. In addition, these units have a fanless design making them optimal for applications requiring low maintenance and multiple mounting methods to fit application needs.