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Phone: +86-10-62893032
E-mail: support@neutrontek.com
Company Address: No. 536, Huai Sha Road, Bohai Town, Huairou District, Beijing
R&D Center: 4th Floor, Yicheng International Center, Haidian District, Beijing
Serial Port Rack-Mount Model DNTS-6A
The DNTS-6A system boasts high reliability, versatile functionality, exceptional accuracy, excellent cost-effectiveness, and user-friendly operation, fully meeting the time synchronization requirements of power systems.
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+86-10-62893032
For details, please contact Mr. Yu.
For more details, please contact Engineer Wen.
- Product Features
- Product Overview
- Base parameter
- Optional accessories
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- Commodity name: Serial Port Rack-Mount Model DNTS-6A
The DNTS-6A system boasts high reliability, versatile functionality, exceptional accuracy, excellent cost-effectiveness, and user-friendly operation, fully meeting the time synchronization requirements of power systems.
Product Features
Product dimensions: 1U rack
Receiving frequency: 1575.42MHz
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Product Overview
With the advancement of power system automation technologies, the demand for time synchronization has become increasingly urgent, and the required synchronization accuracy continues to improve. Our DNTS‑6A GPS‑based standard time‑synchronization clock is a dedicated time‑synchronization device designed to provide a high‑precision time reference for power system automation. This equipment uses the U.S. Global Positioning System (GPS) as its time base, achieving a synchronization accuracy of 1 μs. It is developed through secondary customization of GPS receiver components manufactured by leading U.S. suppliers. The device can simultaneously track up to 12 GPS satellites within its field of view, automatically selecting the optimal satellites for positioning and timing. It outputs a Beijing Time display synchronized with Coordinated Universal Time (UTC) at an accuracy of 1 μs, and, in a specified format, serially transmits date, time, and other information via its RS‑232 interface, serving various automated devices in power systems that require a standardized time scale.
This device employs microcontroller-based control and a hardware–software integrated design, fully leveraging the capabilities of the GPS receiver module. As a result, the system boasts high reliability, versatile functionality, superior accuracy, excellent cost-effectiveness, and user-friendly operation, thereby fully meeting the time‑synchronization requirements of power systems. Its widespread adoption will significantly advance and enhance automated technologies in power systems, including accident analysis, fault location, and relay protection.
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Technical Specifications
Receiving frequency
1575.42 MHz, capable of simultaneously tracking 8 to 12 GPS satellites.
Antenna RF sensitivity
-166 dBW, with a 30-meter feed line attached to the antenna.
Capture Time
20 seconds to 2 minutes
Display
Forty-digit LCD display, showing date, time, longitude, latitude, and the number of GPS satellites.
Serial port
5 RS232 ports, 3 RS485 ports, with output encoding in the format of year-month-day-hour-minute-second, transmitted once per second. Supported protocols include NMEA 0183, NARI time‑synchronization protocol, DCF77, T‑protocol, and others.
Power supply
Input voltage range: AC/DC 110 V to 220 V ±10%
Maximum output power: 15 W
Input frequency range: 47–63 Hz
Operating temperature range: -40°C to +80°C
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Product Overview
With the advancement of power system automation technologies, the demand for time synchronization has become increasingly urgent, and the required synchronization accuracy continues to improve. Our DNTS‑6A GPS‑based standard time‑synchronization clock is a dedicated time‑synchronization device designed to provide a high‑precision time reference for power system automation. This equipment uses the U.S. Global Positioning System (GPS) as its time base, achieving a synchronization accuracy of 1 μs. It is developed through secondary customization of GPS receiver components manufactured by leading U.S. suppliers. The device can simultaneously track up to 12 GPS satellites within its field of view, automatically selecting the optimal satellites for positioning and timing. It outputs a Beijing Time display synchronized with Coordinated Universal Time (UTC) at an accuracy of 1 μs, and, in a specified format, serially transmits date, time, and other information via its RS‑232 interface, serving various automated devices in power systems that require a standardized time scale.
This device employs microcontroller-based control and a hardware–software integrated design, fully leveraging the capabilities of the GPS receiver module. As a result, the system boasts high reliability, versatile functionality, superior accuracy, excellent cost-effectiveness, and user-friendly operation, thereby fully meeting the time‑synchronization requirements of power systems. Its widespread adoption will significantly advance and enhance automated technologies in power systems, including accident analysis, fault location, and relay protection.
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Technical Specifications
|
Receiving frequency |
1575.42 MHz, capable of simultaneously tracking 8 to 12 GPS satellites. |
|
Antenna RF sensitivity |
-166 dBW, with a 30-meter feed line attached to the antenna. |
|
Capture Time |
20 seconds to 2 minutes |
|
Display |
Forty-digit LCD display, showing date, time, longitude, latitude, and the number of GPS satellites. |
|
Serial port |
5 RS232 ports, 3 RS485 ports, with output encoding in the format of year-month-day-hour-minute-second, transmitted once per second. Supported protocols include NMEA 0183, NARI time‑synchronization protocol, DCF77, T‑protocol, and others. |
|
Power supply |
Input voltage range: AC/DC 110 V to 220 V ±10% |
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