DP 6000 DIGITAL PAGING SYSTEM

INSTALLATION INSTRUCTION 69

 

 

 

December 1997

Page 4/15

 

 

 

COMMMAND “3”

-

ALLOCATE ADDRESS

DISPLAY SHOWS “GIVADR (1/0)”

Keystroke “1”

-

Will give the connected uninitialised FCP the lowest free (unallocated) address

 

 

automatically.(see also Command 4)

 

 

After the keystroke the desk will

return to the communication menu

 

 

Eronneous keystokes will generate the error bleep and return to the “Comm. menu”

Keystroke :0”

-

Return to “Communication menu”.

COMMAND “4” -

FCP STATUS CONTROL

DISPLAY SHOWS “STA. FCP. NR”

Enter the FCP address (01 - 31) which is to display its status (only if more than one FCPs are connected) The display of the Desk now shows the selected FCP address followed by the status:

The FCP is working normally

Display shows “xx Present”

The FCP address has not been allocated

Display shows “xx Unallocated”

The address has been allocated but the FCP is not connected

Display shows “xx Allocated”

This mode is for future applications

Display shows “xx Reply Maybe”

Keystroke “0”

-

Used to reset a parameter

Display shows “Parameter.?”

Keystroke “1”

-

Used to set a parameter

Display shows “Parameter.?”

The parameters can be selected using the following 3 keys:

Keystroke “1”

-

“Present”

Keystroke “2”

-

“Allocation”

Keystroke “3”

-

“Reply MB”

4.1Address Allocation

It is possible that an address (01 - 31) could be set (reserved) by either of the three parameters mentioned above before a new FCP is introduced to the desk. To check the status of each of the 31communication addresses, scroll the addresses using the PROGRAM key. The status of each will be shown on the desk display.

If an address number has already been allocated to an existing active FCP, the display should show “Present” when that address is selected.

Only “Unalloc” addresses can be directly assigned to an uninitialised FCP.

4.2Addressing an FCP

An uninitialised FCP can be given an address in two ways:

1)As at Command 3, where the FCP will be given the first “Unalloc” address available automatically and the LEDs will stop blinking immediately.

2)If a particular address number has to be assigned to an FCP, this can be done by scrolling the available addresses with the PROGRAM key until the selected address is shown in the desk display. By changing the status of this address from “Unalloc” to “Present” will allocate the address to the FCP and the FCP LEDs will stop blinking immediately and the FCP can communicate with the desk.

If when scrolling the addresses, the chosen address happens to show “Allocated”or “Reply MB”, then it is not possible to go directly to “Present” to install the address in the FCP. In this case change from “Allocated” or “Reply MB” to “Unallocated” then go to “Present” and the FCP will accept the address within a scan time of 1 Min. approx. The FCP has now accepted the address and communication with the desk is established.

Page 4
Image 4
Philips DP 6000, LBB 5800 installation instructions Address Allocation, Addressing an FCP, Commmand, FCP Status Control

DP 6000, LBB 5800 specifications

The Philips LBB 5800 and DP 6000 represent a groundbreaking evolution in audio and communication technology, designed specifically for public address systems, professional sound reinforcement, and communication in diverse environments. These devices cater to a wide range of applications, ensuring superior performance and clarity for users in various sectors, including education, healthcare, and corporate environments.

One of the main features of the Philips LBB 5800 is its user-friendly interface, which facilitates easy operation for individuals of all skill levels. The device boasts a robust design, ensuring durability and reliability even in demanding situations. The LBB 5800 is equipped with a powerful amplifier capable of delivering clear, crisp sound across large areas, making it an ideal choice for auditoriums, conference halls, and outdoor events.

The DP 6000, on the other hand, is a sophisticated digital audio processing unit that allows for enhanced sound quality and flexibility in audio management. It features advanced signal processing technology, enabling users to tailor audio output to suit specific environments or audiences. This adaptability ensures that every sound is transmitted accurately, minimizing distortion and maximizing clarity.

Both the LBB 5800 and DP 6000 incorporate cutting-edge digital signal processing (DSP) capabilities, which elevate the overall listening experience. With intelligent feedback suppression, automatic gain control, and equalization options, these devices can dynamically adjust audio output based on real-time environmental conditions, ensuring optimal sound quality at all times.

Another noteworthy characteristic is the connectivity options available with these systems. The LBB 5800 and DP 6000 support various input and output formats, including XLR, RCA, and network audio solutions. This makes integration with existing sound systems or expansion options simple and efficient.

Furthermore, both models are designed with scalability in mind, allowing users to expand their system as needed. This is particularly beneficial for growing organizations that require flexible solutions to adapt to changing needs. The ability to connect multiple units seamlessly enhances the overall capabilities of a sound system.

In conclusion, the Philips LBB 5800 and DP 6000 provide a powerful combination of features, advanced technologies, and characteristics that make them a top choice for professionals seeking high-quality audio and communication solutions. Their durability, flexibility, and superior sound processing capabilities ensure they meet the demands of various applications, delivering exceptional performance every time.