Molex supplies machine-mountable HarshIO Modules to support all major industrial fieldbus' including PROFIBUS-DP*, DeviceNet*, CANopen*, Modbus TCP*, EtherNetIP* and PROFINET IO*. Expertise in industrial communications and in-house manufacturing capability allows Molex to deliver high-quality products that are compliant with industrial standards.
Product characteristics of Harsh-Duty IO Modules such as 60.00 and 30.00mm housing formats, user configurable IO channels, and 4- and 5-pin power versions simplify user choice and offer customers a broad product range. Each module comes equipped with diagnostic LEDs to provide status information on network, power and input output. HarshIO modules accept standard threaded M8, M12 or Ultra-Lock™ M12 Connectors.
HarshIO Modules feature QuickConnect (QC) for EtherNetIP and Fast Start-Up (FSU) technology for PROFINET to bring exceptional speed and versatility to all industries using automatic tool change (ATC) robots for repetitive tasks with precision. QC and FSU functionality enable modules to start and operate in 500ms and meet the requirements of automotive manufacturers.

Molex supplies machine-mountable HarshIO Modules to support all major industrial fieldbus' including PROFIBUS-DP*, DeviceNet*, CANopen*, Modbus TCP*, EtherNetIP* and PROFINET IO*. Expertise in industrial communications and in-house manufacturing capability allows Molex to deliver high-quality products that are compliant with industrial standards.
Product characteristics of Harsh-Duty IO Modules such as 60.00 and 30.00mm housing formats, user configurable IO channels, and 4- and 5-pin power versions simplify user choice and offer customers a broad product range. Each module comes equipped with diagnostic LEDs to provide status information on network, power and input output. HarshIO modules accept standard threaded M8, M12 or Ultra-Lock™ M12 Connectors.
HarshIO Modules feature QuickConnect (QC) for EtherNetIP and Fast Start-Up (FSU) technology for PROFINET to bring exceptional speed and versatility to all industries using automatic tool change (ATC) robots for repetitive tasks with precision. QC and FSU functionality enable modules to start and operate in 500ms and meet the requirements of automotive manufacturers.