High-Precision, Outdoor Atomic Clock for Government Facilities and Industrial Applications

USNO-front-gate-DC-156-GPS-15-Inch-Led-GPS-Clock, Atomic Clock with GPS Time, High-Accuracy Red LED GPS Clock, Atomic Digital Clock for Government & Industrial Use, 12-24 Hour Atomic Display
Clocks

The United States Naval Observatory (USNO), the global standard for precise timekeeping, recently purchased two DC-156-GPS Red LED atomic digital clocks to enhance accuracy and visibility at the entrance of their Washington, DC facility. These units were selected for their unmatched atomic clock accuracy combined with the exceptional visibility of 15.0″ high red LED digits, ensuring that every visitor can view the most precise time available.

The DC-156-GPS clock derives its time directly from GPS satellites, which are continuously synchronized with the NIST Master Clock, the definitive time reference in the United States. This ensures the time displayed is coordinated universal time (UTC) and meets the stringent requirements mandated by the Department of Defense. Managed by expert horologists, this timing standard provides unmatched reliability for critical applications.

The GPS receiver integrated with the DC-Digital clocks elevates their functionality to atomic accuracy. Once powered, these clocks never need manual setting, offering a true “set-and-forget” solution. Their robust design includes a heavy-duty IP-66 aluminum enclosure, making them waterproof and durable for long-term outdoor use.

Additional features of the DC-156-GPS include:

  • Atomic, GPS-controlled 12- or 24-hour time format with hours, minutes, and seconds
  • Extremely long viewing distance of up to 750 feet
  • High-intensity LED digits with a wide viewing angle for maximum readability
  • Simple operation with no setup required beyond applying power

Ideal for government facilities, industrial environments, or any location where precise, visible time is critical, the DC-156-GPS is a reliable, high-performance timekeeping solution that combines the authority of atomic accuracy with exceptional LED display technology.


See product: DC-156-GPS

Contact us at DC-Digital for more info! Contact us

Visit our home page

No Comments

Leave a Reply

Your email address will not be published. Required fields are marked *

DC-Digital, Time of Day, Wireless Controlled, White Table, 6 Digit, Gymnasium, School, Athletics clock
Clean Room Clocks
Gymnasium, Standalone, Non-system, Time of Day Digital Clock Clock w/ Wireless Remote Controller

This custom order features our DC-406S-W RF Wireless Remote Controlled Time of Day Clock, built specifically for DePaul University Athletics through a shopping cart order. The goal of this installation is simple and effective: provide a reliable, highly visible display of the current time of day without requiring a network …

DC-Digital, Time of Day Clock, 12-24 hours, Up-timer, Down-Timer, Computer Screen, White Table, POE Powered, Static Display, Colon and Decimal, 6 inch digit, 300 feet of viewing
Clocks
Webpage Controlled, POE Powered, Multi-Purpose Network Display for Robotics Company

The DC-60N-POE-T-DN-UP-Static-Indoor POE Powered Webpage Control Network Clock is a versatile, network-controlled display designed for environments that require precise, flexible, and reliable visual timing information. This custom unit for Jr Automations leverages Power over Ethernet (POE) technology and an embedded web interface, allowing users to control the display entirely through …

Wireless Meeting Timer, Council Speaking Timer, Double-Sided Timer Display, Municipal Timing Display, Government Meeting Timer, Council Chamber Clock
Clocks
City of Owen Sound Enhances Council Meetings with the DC-25UTW-DS Wireless Timer & Clock

The City of Owen Sound, Canada has selected our DC-25UTW-DS Wireless Double-Sided Timer and Clock to support more structured, efficient, and transparent council meetings. Designed for multi-purpose public environments, this versatile display allows council members to clearly regulate speaking time while maintaining full visibility for both presenters and attendees. During …