The T-series network digital clocks are synchronized with NTP time servers through a network interface. Each device has its own independent IP address and can receive standard NTP time protocol. They automatically synchronize with the T600 or other network time servers every 10 seconds to calibrate their own accuracy and display the time information. All clocks have independent timing functions and track the operation of the T600 NTP network time server. Even when the clocks do not receive time signals from the T600, they can still operate independently using their own crystal oscillators. The clocks start running automatically when powered on and refresh themselves when receiving NTP standard time signals to stay consistent. The clocks rigorously compare, analyze, and judge the received information to eliminate interference from abnormal messages.
The calendar digital clocks use a 3-inch or 5-inch LED display unit to show time signals consisting of numbers. The display color is black background with red digits, and the format includes "Year: Month: Day: Hour: Minute: Second: Week." Optional features support "Hour: Minute: Second" and "Year: Month: Day: Hour: Minute: Second: Millisecond" formats. The clocks can be installed by wall mounting (default), suspension, or embedded installation, depending on the site environment. These clocks are widely used in important locations such as airports, train stations, subways, dispatch centers, and wartime command centers.
BDTIME.V1 Clock System Monitoring Software allows for querying and controlling the entire clock system, enabling fault management, performance management, configuration management, security management, and status management. It provides monitoring and management of the clock system by detecting and collecting operational status information from master clocks, sub-clocks, and other components. The software displays the working and fault status of the clock system and enables point-to-point control of the entire system clocks. It also allows necessary operations on any sub-clock within the system, such as synchronization, stopping, resetting, time tracking, countdown, power-off, brightness adjustment, and device ID address modification. In case of abnormal clock operation, the system can provide the clock's profile for reference by maintenance personnel.
Key Features:
- Industrial-grade design for precision and reliability.
- Supports PoE power supply for convenient deployment.
- Remote brightness adjustment and power on/off.
- Flexible design with customizable sizes.
- Remote configuration management and monitoring of digital display operation status.
- Independent IP supports web-based modification of network parameters for easy management.
- High-end acrylic matte material for clock face cover, with LED digital display for the 8-segment code section.
Technical Specifications:
Default Size: 1040*400*70 (custom sizes available)
Self-timing accuracy: ≤±1 second/30 days
LED display luminous intensity: 200-300 mcd
LED display viewing angle: ≥120º
LED display MTBF: ≥30,000 hours
Contrast ratio: ≥10:1
Input interface: RJ45
Synchronization method: NTP
Operating voltage: AC220V±20%, 50Hz±10%
Operating temperature range: -10℃ to +65℃