User's Manual
Table Of Contents
- Contents
- Computer Software Copyrights
- Radio Frequency (RF) Exposure Safety Standards
- FCC Licensing Information
- Introduction
- Repeater Overview
- Pre-Installation Considerations
- Repeater Installation
- Alkaline Battery Frame
- Getting Started
- Programming The Repeater
- Programming Your Radios
- Repeater Cloning
- Troubleshooting
- Use and Care
- Motorola Limited Warranty for the United States and Canada
- Accessories
- Appendix A: Repeater Specifications
REPEATER
INSTALLATION
27
Installation Guide
AC/DC Power Supply Connection
Each repeater ships standard with an AC/DC
Power supply cord (P/N PMPN4002A)(9 feet
long) that connects the repeater to a (110/120)/
(220/240) Vac source.
Nominal Input: (110/120)/(220/240) Vac at
60/50 Hz.
Average output voltage: 12 Vdc with 2.5 Amp (at
maximum load).
To connect AC/DC power supply:
1. Plug the AC/DC power supply into an AC
power source of 110/220 V or a 12 V DC
power and route it to the Repeater Jack
labeled “AC/DC IN”.
Note: The cable from the power supply should be
routed in a straight line and should not
tangle, go around or wrap around the
repeater device, the antenna or the RF
Cable. See “Figure 8a. Repeater Cable
Layout Using Dipole Antenna P/N
HKAE4000” on page 19 (Notice in this
picture that the cable must be laid down
straight for at least 2 feet).
When operating the power supply,
make sure that the maximum input
current never exceeds 0.8 Amp at 100
Vac and ambient temperature is
between -30°C to 60°C.
Provide over voltage/current protection
in order to avoid unsafe operating
conditions.
Important