If a battery fails to hold a charge, technicians should follow the troubleshooting section of the .
Indicated by low voltage despite long charge times.
While seemingly obscure, the publication , often unofficially referred to by similar search terms like “1715bad1,” is the United States Navy’s definitive technical manual for the storage, handling, maintenance, and testing of aircraft batteries. This document is an essential reference for any aviation maintenance professional who works with naval aircraft or support equipment. This article provides a comprehensive overview of NAVAIR 17‑15BAD‑1, its purpose, and its critical role in naval aviation safety. navair 1715bad1 battery manual
: Mandates for eyewash stations, deluge showers, and proper ventilation in battery shops are strictly enforced per manual guidelines. Safety and Compliance
The charge is considered complete when current tapers to a low level—roughly 1-3 amps for larger batteries (20-60 AH) and under 1 amp for smaller ones. 2.2. Cell Balancing If a battery fails to hold a charge,
Reject battery entirely; initiate safety investigation protocol. Documentation and Record Keeping
The NAVAIR 17-15BAD-1 document standardizes practices across all branches of the military utilizing naval aviation assets. It covers multiple chemistries, including traditional Nickel-Cadmium (Ni-Cd), Lead-Acid, and advanced Lithium-ion battery systems used in modern naval aircraft. Critical Manual Specifications Naval Air Systems Command (NAVAIR) This document is an essential reference for any
Charge voltage should be set to 28.5 volts.
: Outlining mandatory protective gear and hazardous material handling to prevent explosions or chemical burns.
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
Maintaining peak performance of an aircraft battery requires rigorous adherence to the testing and diagnostic procedures outlined in the manual. Technicians must perform regular health checks to identify issues such as sulfation, internal short circuits, or simply the end of a battery's operational lifespan. 1. Cell Voltage Checks
