Use only NAVAIR-approved chargers listed in Appendix A. Using non-approved chargers may cause fire, explosion, or damage to equipment.
Handling aircraft batteries involves significant hazards, including chemical burns and explosions from by-product gases. Navair 17-15bad-1 battery manual
Require constant current charging to prevent thermal runaway. navair 1715bad1 battery manual
Technicians must carefully monitor electrolyte levels using specialized non-contaminating syringes. Adjustments are strictly performed only when the battery is in a fully charged state, preventing subsequent overflow during operation. Deep Cycling and Reconditioning
According to the manual, maintaining naval aircraft batteries involves high-precision charging and safety protocols. Charging Protocols Use only NAVAIR-approved chargers listed in Appendix A
: Commonly segmented into flooded and Sealed Lead-Acid (SLA) or Valve-Regulated Lead-Acid (VRLA) formats. They require precise voltage monitoring to prevent terminal sulfation.
Proper charging is the cornerstone of battery longevity. The NAVAIR manual divides charging protocols based on battery type and state of health. Tapered Current Charging Deep Cycling and Reconditioning According to the manual,
: Explicit rules prevent the cross-contamination of different chemistries. For example, Ni-Cd batteries must never be stored or serviced with lead-acid batteries due to electrolyte incompatibility. Compatible Support Equipment
: High-energy-density cells that demand specialized storage isolation and absolute protection against physical puncture or thermal extremes. Servicing and Charging Frameworks
A section of the manual is dedicated to common issues and faults, guiding technicians through diagnostic processes to identify and rectify problems such as:
The 17-15BAD-1 manual is part of the , specifically addressing the maintenance of storage batteries in aircraft and related support equipment. It provides detailed instructions for both organizational and intermediate levels of maintenance .