Helmholz GmbH & Co. KG 700-856-12F41, Managed 12 Port Ethernet Switch

The Helmholz GmbH & Co. KG FLEXtra PROFINET-Switch FO is an advanced networking solution designed to seamlessly bridge control systems with PROFINET and Ethernet environments. Featuring a robust managed architecture, it supports up to 12 RJ45 and 4 SFP ports, enabling high speed data transmission for diverse industrial applications. This switch not only optimises cable routes with its practical design but also enhances communication efficiency by prioritising PROFINET telegram traffic, ensuring that critical data flows efficiently without bottlenecks. The user friendly web interface, combined with an intelligent management system, provides ease of configuration and diagnostics.

The Helmholz GmbH & Co. KG FLEXtra PROFINET-Switch FO is an advanced networking solution designed to seamlessly bridge control systems with PROFINET and Ethernet environments. Featuring a robust managed architecture, it supports up to 12 RJ45 and 4 SFP ports, enabling high speed data transmission for diverse industrial applications. This switch not only optimises cable routes with its practical design but also enhances communication efficiency by prioritising PROFINET telegram traffic, ensuring that critical data flows efficiently without bottlenecks. The user friendly web interface, combined with an intelligent management system, provides ease of configuration and diagnostics.

Redundant power supply for reliabilityDiagnostic alarms for network issuesExtensive network statistics for monitoringSeamless integration via GSDMLSpace saving design for control cabinetsMultiple LED displays for status indicationSD card storage for configuration flexibilityOperates effectively in harsh conditions

Redundant power supply for reliabilityDiagnostic alarms for network issuesExtensive network statistics for monitoringSeamless integration via GSDMLSpace saving design for control cabinetsMultiple LED displays for status indicationSD card storage for configuration flexibilityOperates effectively in harsh conditions