User's Manual
Table Of Contents
- ROAMEO Family Wireless Intercom System
- •TR-1800 •AP-1800
- CHAPTER 1 Certification Information
- CHAPTER 2 Introduction
- CHAPTER 3 System Overview
- CHAPTER 4 Site Survey
- CHAPTER 5 Installation
- CHAPTER 6 Basic Operation
- CHAPTER 7 Beltpack Overview
- System Quick Start
- Button Operation – Common
- Menu Structure – Main Menu Access
- Aux Input Menu
- AUX DIM Menu
- Volume Limit Menu
- Headset Select Menu
- Mic Gain
- Sidetone
- Mic Noise Gate
- Hot Mic
- Talk/Listen LED Buttons
- Front Display Brightness
- Top Display Brightness
- LCD Timeout
- Call Tally Talk
- Screen Flip
- Master Talk Switch
- Low Battery Alert
- Call Waiting Alert
- DECT Connection Alert
- Matrix Connection Alert
- Dark Mode Boot Alert
- Key Clicks Alert
- Alerts Levels
- Key Assignments
- Icon Help
- Scroll List
- CHAPTER 8 Access Point Overview
- AP-1800 Front Panel Description
- IPedit Requirements
- IPedit Main Window
- Configuration
- Device Name Field
- Description Field
- Version Field
- IP Address Field
- Netmask Field
- Gateway Address Field
- DNS Server Field
- Domain Name Field
- MAC Address Field
- Use Static IP Settings Check Box
- Disable RSTP Check Box
- Type Field
- Status Field
- Sessions Field
- AP Channels Field
- BP Channels Field
- Sync Display Box
- System ID Field
- PIN Field
- Zone Drop Down Menu
- CODEC Drop Down Menu
- AP ID Number Field
- Sync Master Check Box
- Intercom Alpha Field
- Channel Description Field
- Destination Type Drop Down Menu
- Destination Device Name Field (OMNEO devices and AP-1800 ROAMEO Access Point Only)
- Destination IP Address Field
- Destination Description Field
- Destination Channel Drop Down Menu
- Destination Channel Description Field
- Receiver Latency Field
- DECT BPID
- DECT Zone Selection Field
- Configuration
- CHAPTER 9 Maintenance
- CHAPTER 10 Troubleshooting, Accessories and Replacements
38 System Overview ROAMEO System
Bosch Security Systems, Inc.
Technical Manual
F.01U.306.750
Rev. 01
ROAMEO System Setup Checklist
❐
Each beltpack has only one HOME access point.
❐
Each system can have only one Sync Master access point (set in IPedit).
❐
When subscribing a beltpack to the system, the beltpack must be within 40 feet (12 meters) of an access point in
that system.
❐
Each access point set to the G.722 CODEC can be a host for up to five beltpacks (no channels left for roaming
beltpacks).
❐
Recommend each G.722 access point only be loaded to four beltpacks to allow for roaming beltpacks.
❐
Each access point set to the G.726 CODEC can be host for up to 10 beltpacks (no channels left for roaming
beltpacks).
❐
Recommend each G.726 access point only be loaded to eight beltpacks to allow for roaming beltpacks.
❐
If the CODEC is changed for a system, the beltpacks must be subscribed again.
❐
A system can only have all G.722 or all G.726 access points (no CODEC mixing is allowed).
❐
Always have Ethernet connected to an access point before powering up the access point.
❐
The Ethernet network follows standard Ethernet practices.
❐
Use only CAT5e UTP or better Ethernet cable.
❐
Use only Layer 3 IP routing-capable, managed switches.
❐
100Mbit networks can only have up to seven hops (A link between the Matrix and an Ethernet switch counts as a
hop, each link after daisy chaining through an access point counts as a hop).
❐
1GBit networks can only have up to 20 hops (A link between the Matrix and an Ethernet switch counts as a hop,
each link after daisy chaining through an access point counts as a hop).
❐
Maximum system size is 10 access points and 40 beltpacks.
❐
The overlap RF coverage area between two adjacent access points should have an RSSI reading of 80 or better
from each access point for error free roaming.
❐
In a high density beltpack coverage area with more than six access points (G.722) or more than 10 access points
(G.726) covering the area, all access points must be within each other’s -70dBm RF coverage contour (112 or
better on the beltpack’s RSSI site survey screen).
❐
If a PoE adapter is used, access points cannot be daisy-chained. Only one access point can be powered from the
PoE adapter. For more information, see “Power Over Ethernet” on page 57.