User's Manual
Table Of Contents
- Contents
- Product Safety
- Introduction
- FCC Licensing Information
- Canada Lisencing Information
- Batteries and Chargers Safety Information
- Radio Overview
- Parts Of The Radio
- Battery Features
- About the Li-Ion Battery
- Battery Recycling and Disposal
- Installing the Lithium-Ion (Li-Ion) Battery
- Removing the Lithium-Ion (Li-Ion) Battery
- Attaching and Removing Antenna
- Installing Spring Action Belt Clip
- Power Supply, Adaptor and Drop-in Tray Charger
- Battery Life Information
- Charging the Battery
- Charging Standalone and Standard Capacity Batteries
- Charging High capacity Battery
- Drop-in Tray Charger LED Indicators
- Rapid Charger LED Indicator
- Estimated Charging Time
- Charging a Radio and Battery using a Multi Unit-Charger - MUC (Optional Accessory)
- Getting Started
- Programming Features
- Advanced Configuration Mode
- Programming Values Example
- Other Programming Features
- Customer Programming Software (CPS)
- Weather Feature
- Cloning Radios
- Troubleshooting
- Use and Care
- Frequency and Code Charts
- Notes
- Motorola Limited Warranty for the United States and Canada
- Accessories
English
15
RADIO OVERVIEW
BATTERY FEATURES
RDX Series radios provide Lithium-Ion
batteries that come in different capacities that
defines the battery life.
About the Li-Ion Battery
The RDX Series radio comes equipped with a
rechargeable Li-Ion battery. This battery should
be fully charged before initial use to ensure
optimum capacity and performance.
Battery life is determined by several factors.
Among the more critical are the regular
overcharge of batteries and the average depth
of discharge with each cycle. Typically, the
greater the overcharge and the deeper the
average discharge, the fewer cycles a battery
will last. For example, a battery which is
overcharged and discharged 100% several
times a day, lasts fewer cycles than a battery
that receives less of an overcharge and is
discharged to 50% per day. Further, a battery
which receives minimal overcharging and
averages only 25% discharge, lasts even
longer.
Motorola batteries are designed specifically to
be used with a Motorola charger and vice
versa. Charging in non-Motorola equipment
may lead to battery damage and void the
battery warranty. The battery should be at
about 77°F (25°C) (room temperature),
whenever possible. Charging a cold battery
(below 50° F [10°C]) may result in leakage of
electrolyte and ultimately in failure of the
battery. Charging a hot battery (above 95°F
[35°C]) results in reduced discharge capacity,
affecting the performance of the radio.
Motorola rapid-rate battery chargers contain a
temperature-sensing circuit to ensure that
batteries are charged within the temperature
limits stated above.
DRAFT 1