Advanced Earth Fault Tracking with DIGITRACE DC 451P

DIGITRACE DC 451P

The DIGITRACE DC 451P is a state-of-the-art solution for tracking ground faults on floating DC systems. Its advanced sensing technology ensures accurate fault detection and localization in real-time without taking the system offline.

Key Features of DIGITRACE DC 451P:
  • Precise Fault Detection: Identifies and pinpoints even complex earth faults.
  • Noise Resilience: Effectively works amidst noise and misleading fault conditions.
  • Portable System: Comprises a Transmitter Unit and a Receiver Unit for ease of use.
  • Reliable Performance: Operates seamlessly in challenging environments.
  • Precise Fault Detection: Identifies faults up to 1.5 MΩ (upgradeable).
  • Extended Range: Trace faults up to 3 km in live switchyards.
  • Noise Immunity: Immune to 50 Hz harmonics and EMI.
  • Portable & Durable: IP-protected Pelican casing for harsh environments.

DIGITRACE DC 451P is your go-to solution for maintaining the stability and functionality of your power station without any downtime.

DIGITRACE DC 451P Transmitter Unit for Earth Fault Detection

The  Necessity of On-Line DC Earth Fault Locators

DC floating systems are critical in power stations for ensuring the reliable operation of control units, such as trip relays and breakers. Any earth fault on these systems can compromise stability, risking the entire power station’s functionality.
Tracing earth faults in offline conditions disrupts critical control circuitry. Hence, an on-line DC Earth Fault Locator like DIGITRACE is essential for uninterrupted fault detection and resolution.

  • Automatic Capacitance Balancing: Ensures precise fault detection.
  • On-Line Fault Detection: Detects and pinpoints faults without interrupting operations.
  • EMC/EMI Compliance: Safe and reliable under electromagnetic conditions.
  • Long Battery Life: High-capacity battery supports extended usage.
  • High Sensitivity: Accurately identifies even subtle faults.
  • Immunity to 50Hz Noise & Harmonics: Operates effectively in noisy environments.
  • Fault Source Identification: Pinpoints mixing of fault sources.
  • Portable Design: Lightweight and easy to operate.
  • Durable Casing: IP-protected Pelican casing for enhanced durability.
  • Detects faults in online conditions without downtime.

  • LCD Display & Audio-Visual Alerts for real-time fault confirmation.

  • Digitrace DC allows tracking and locating of ground faults on live or dead battery systems
  • Precisely identifies complex earth faults when Floating DC systems are ONLINE
  • Built in Noise suppression to enable hassle free fault location
  • Easy user interface with multiple parameters, confirming the fault point
  • Automatic capacitance balancing
  • With its remarkable capability to sense and track all type of faults in DC floating system under any challenging situation, Digitrace can locate faults quickly, precisely and accurately.
  • Sensitivity: up to 400 Kilo Ohms and upgradeable up to 1.5 Mega Ohms
  • Operation Temperature: -5 to +55 degree C
  • Display: LCD Display
  • Battery Capacity : > 4 hours
  • Usage/Application: Precise identification of earth faults on any floating DC system in On Line condition
  • Housing: Portable IP  pelican casing
  • Usage/Application: Precise identification of earth faults on any floating DC system in On Line condition
  • Noise immunity: Immune to 50 Hz noise (fault finding free from 50 Hz disturbance )
  • Indication: Audio visual indication and Special LED counter(5 Different forms of indication)
  • Output voltageOutput: Low voltage, low frequency coded pulse: Auto selected ≤ 24 V
  • Distance of detection: 3 KM
  • System voltage Capability: Suitable for Floating DC systems from 48 to 300V DC and upgradeable to 24V DC system also.
  • Range of fault resistance detection: up to 400 KΩ on both positive and negative
  • Operating Voltage: 230 VAC and Built-in rechargeable battery
  • Instruction Manual – 1 No.
  • Receiver unit charger – 1 No.
  • Two core connecting cable to connect receiver to sensor probe – 1 set
  • Sensor Probe big 
  • Sensor Probe small
  • Transmitter Earthing cable – 1 No.
  • Two core DCDB positive and negative connecting cable – 1 set
  • Transmitter Charger Adapter – 1 No.
  • CPRI- IEC60068-2-27, IEC60068-2-6 IEC60068-2-78. Vibration, Shock, Bump, Damp heat & steady state test. ( CPRI Lab)
  • IEC61000-4-2/2018 Electrostatic discharge immunity.IEC61000-4-8/2009 Power Frequency Magnetic Field immunity.
  • IEC61000-4-3/2010 Performance test
  • IEC610101 – Safety
FAQs
How does DIGITRACE DC 451P differ from DC 361P?

The DIGITRACE DC 451P is an advanced version of the DC 361P, designed to handle more complex and demanding scenarios in power transmission and distribution systems. Here’s how they differ:

  • Detection Range:

    • DC 451P: Can detect faults up to 3 km (with optional configurations) and is upgradeable to detect faults with resistance up to 1.5 MΩ.

    • DC 361P: Detects faults up to 1 km (optional 3 km) with a sensitivity of up to 250 kΩ.

  • Sensitivity and Precision:

    • DC 451P: Offers higher sensitivity and can detect subtle faults even in extremely noisy environments. It also features automatic capacitance balancing for more accurate fault identification.

    • DC 361P: Provides excellent sensitivity but is better suited for standard applications.

  • Portability and Durability:

    • Both models are portable and housed in IP-protected Pelican casings, but the DC 451P is optimized for harsher environments with extended battery life and enhanced durability.

  • Applications:

    • DC 451P: Ideal for large-scale power stations and live switchyards up to 765 kV, where precision and extended range are critical.

    • DC 361P: Best suited for smaller systems and medium-scale applications.

In summary, the DC 451P is a more robust and versatile solution for complex, high-voltage environments, while the DC 361P is a reliable choice for standard applications.

Why This Matters:
  • Minimized Downtime: Detecting faults in live systems prevents unnecessary shutdowns, saving time and costs.

  • Enhanced Safety: Identifying faults in high-voltage environments reduces the risk of equipment damage and operational hazards.

  • Improved Reliability: Ensures the stability and functionality of critical power transmission systems.

Contact Us for Custom Earth Fault Locating Solutions

Digitrace DC 451P