IPcom NTP54 Indoor LED Clock, PoE / Wi-Fi

Description

he NTP 54 is a network synchronised LED clock designed for accurate and reliable time display across a wide range of professional environments.

Using Network Time Protocol (NTP) synchronisation, the NTP 54 automatically maintains precise time without the need for manual adjustment, ensuring consistent timekeeping throughout an organisation. Its bright LED display provides excellent visibility, making it suitable for schools, hospitals, offices, industrial facilities, transport terminals, warehouses, and public spaces.

The clock connects directly to an existing IP network, allowing centralised time synchronisation from an NTP server or internet time source. This eliminates time drift between clocks and ensures all displayed times remain accurate and consistent across multiple locations.

Designed for continuous operation, the NTP 54 combines low maintenance requirements with dependable performance. The modern enclosure blends seamlessly into contemporary environments, while the clear LED display offers easy readability from a distance.

Key Features

• Network Time Protocol (NTP) synchronisation
• Bright, high-visibility LED display
• Automatic daylight saving time adjustment
• Accurate and consistent timekeeping
• Ethernet network connectivity
• Low maintenance operation
• Suitable for indoor commercial and public environments
• Easy installation and configuration
• Reliable 24/7 operation
• Ideal for schools, healthcare, offices, industrial facilities, and transport applications

Typical Applications

• Schools and universities
• Hospitals and healthcare facilities
• Corporate offices
• Manufacturing and industrial sites
• Warehouses and logistics centres
• Transport terminals and stations
• Government buildings
• Retail centres
• Public buildings and community facilities

Benefits

The NTP 54 helps organisations maintain synchronised time across multiple locations, improving operational efficiency, schedule accuracy, staff coordination, and compliance with time-critical procedures. By leveraging network-based synchronisation, it eliminates the inaccuracies associated with standalone clocks while reducing ongoing maintenance requirements.