DG Cranking 24V @ 300F & 12V @ 500F

DG Cranking 24V

Intelux DG Cranking Systems at 24V and 12V provide advanced ultracapacitor-based energy modules specifically engineered for reliable diesel generator (DG) starting at telecom sites. Designed for high-cranking performance, these systems deliver rapid bursts of power to ensure generator start-up even under adverse voltage, temperature, or maintenance conditions—making them ideal for remote and unattended locations.

Construction Details:

The system comprises a robust assembly of ultracapacitors, integrated with protective circuitry and housed in a compact, IP54-rated enclosure. Designed for integration with generator panels, it includes terminal blocks, LED indicators, and optional remote monitoring for real-time charge status and fault alerts.

Benefits:
  • High Efficiency & Scalability: Supports modular rectifier addition based on load requirements.
  • Compact & Rack-Mountable: Space-saving footprint ideal for indoor/outdoor telecom racks.
  • Battery Integration: Intelligent charging and protection for diverse battery technologies.
  • Advanced Monitoring: Real-time performance tracking via LCD controller and remote protocols.
  • Field Proven Reliability: Rugged construction and proven performance in harsh environments.
  • Custom Distribution Options: Configurable output ports with breakers or fuses.
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ParameterSpecification
Output Voltage24V DC (300F) / 12V DC (500F)
Capacitance Options300F @ 24V / 500F @ 12V
Instant Crank CurrentUp to 1500A (model dependent)
Recharge Time< 5 minutes at rated voltage
Input Charging Voltage18V – 28V DC (24V model), 10V – 15V DC (12V model)
Energy StorageUltracapacitor bank (maintenance-free)
Start Duration< 5 seconds (typical DG cranking)
Charging SourceSMPS, Battery Charger, Solar, Grid
Protection FeaturesReverse polarity, overvoltage, short-circuit protection
EnclosureIP54 Powder-Coated CRCA / ABS
Operating Temperature–20°C to +60°C
InstallationWall / Frame / DG Skid Mountable
Applications:
  • Diesel generator cranking at remote or unmanned telecom towers
  • Hybrid power systems with intermittent generator operation
  • Cold-climate telecom installations where batteries underperform
  • Fuel-efficient telecom sites with solar-DG configurations
  • Battery-less emergency backup cranking solution
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