Amg Systems AMG810-1F Network Time Server Din Rail

Product Description

The AMG SYSTEMS AMG810-1F is a DIN rail-mounted network time server designed for installation in industrial and commercial control panels. Network time servers synchronize system clocks across connected devices, providing accurate timekeeping for automation controllers, switches, routers, and other networked equipment. The DIN rail form factor allows the AMG810-1F to mount directly inside standard electrical enclosures, keeping time-synchronization hardware integrated with the rest of the control system. Licensed electricians and network infrastructure technicians are the primary installers for this type of device.

The AMG810-1F is suited for industrial and commercial networking environments where synchronized time is critical for data logging, event sequencing, and coordinated operation of networked devices. Its DIN rail mounting profile makes it a practical fit for panel-builder applications and structured control cabinet installations. The device falls within the switches and routers product category, indicating compatibility with standard network infrastructure setups.

Key Features

• DIN rail mount form factor for direct panel installation
• Network time server function synchronizes clocks across connected devices
• Compact single-unit packaging suited for control cabinet integration
• Designed for industrial and commercial networking environments

Compatibility

Designed as an OEM-style fit for standard DIN rail enclosures and control panels used in industrial and commercial network infrastructure applications.

Installation Notes

Installation is typically performed by a licensed electrician or qualified network technician. De-energize the control panel and disconnect all network connections before beginning installation or removal. Secure the unit to a standard 35 mm DIN rail according to the manufacturer instructions and applicable local electrical codes. Verify network configuration and time-source settings after installation before returning the system to service.