●Flexible system configuration

Users can choose different system configurations, and the PE50 matrix has at least 8-64 video inputs and 2-16 video outputs; Or 8-32 audio and video inputs, 2-8 audio and video outputs; 8-32 loop input and 2-16 output, users can choose between a front panel full function keyboard or a split main control keyboard.

●Front panel keyboard and password input

The front panel keyboard can perform initial settings, programming settings, switch controls, and front-end device operations for the entire system. The system sets up 16 user passwords to restrict unauthorized personnel from operating. The LED indicator lights on the front panel keyboard display the current system power, alarm, and communication status in real-time.

●Interconnect with other devices

Can be networked and controlled with DVR and other brand matrices.

●Comprehensive settings for Chinese and English menus

The system can be programmed through menus on the screen.

●Built in secondary Chinese character library and icons

The system uses menu programming and character encoding to set the current screen display.

●IP networking function

You can choose to control the keyboard through Ethernet networking or by connecting to Ethernet.

●Screen information display

Each video output can be overlaid with a programmable camera title, monitor, and alarm information status of date, time, 8 Chinese characters, and commonly used characters. The date format is year/month/day, and the time format is hour/minute/second. The screen display uses white characters with black boxes to increase the reading effect when lighting changes. The screen display position is horizontally adjustable, and whether to display it or not is optional.

●32 sets of general patrol switching

The system can be programmed to switch between 8 groups of patrols, with a maximum of 32 camera images per group (including preset images). The dwell time of the images can be adjusted, and the same camera image or multiple preset positions can be repeated multiple times.

●64 group switching

The system can simultaneously switch multiple cameras to multiple adjacent monitors, with a total of 64 independent camera groups. Each group can have up to 16 cameras, and each group can be manually called or automatically patrolled to switch between groups.

●System partition control, can connect 16 keyboards:

The system can connect up to 16 keyboards, and to further enhance operational safety and reliability, controlled permissions for keyboards, monitors, cameras, etc. have been clearly defined.

●Alarm automatic call image signal

When the system receives an alarm signal, it will automatically call the image of the alarm zone to the designated monitor for display.

●Automatic output of alarm status

When the system receives an alarm signal, it automatically starts the auxiliary switch, opens the linked DVR, etc., and the time is adjustable.

●Automatic alarm deployment and disarming time setting

The system can be programmed to set the alarm mode to automatic or manual. When the alarm mode is set to automatic, the alarm deployment and dismantling schedule can be set to automatically start deployment and dismantling.

●Three alarm mode settings

The system can set different alarm modes according to different needs

Mode 1: Monitor 1 displays all alarm images present in the system.

Mode 2: All monitors present in the system display alarm screens in a progressive order. The first alarm screen is displayed on the first monitor, and the Nth alarm screen is displayed on the Nth monitor. Once all monitors have displayed the alarm image and it has not been cleared, subsequent alarms are queued in sequence, and these queued alarm images can only be displayed when the original alarm screen of a certain alarm monitor is cleared.

Mode 3: Display any number of alarm screens on any existing monitor or all existing monitors of the system.

●Two alarm display modes:

Each alarm mode of the system has two display modes

Sequential display method: An alarm sequence display operation that uses a monitor to sequentially display multiple alarm images. In this way, the images of various alarm points will continuously switch and display in sequence until the alarm is cleared.

Fixed method: An alarm fixed display operation, which uses a monitor to fixedly display multiple alarm images. In this way, when the first alarm occurs, its screen is displayed on the monitor specified in the menu, and when the second or more alarms occur in succession, they are queued in the order of their occurrence until the displayed alarm image is cleared before the next alarm image is displayed.

●Two ways to clear alarms:

System alarm clearing can be done manually or automatically, both of which can cause the system to exit the alarm and return to its pre alarm working state.

Manual clearing: The alarm clearing can be controlled through the keyboard. In manual clearing mode, each alarm screen remains on its corresponding monitor until these monitors are accessed by the keyboard and the alarm is cleared. The alarm screen has only been cleared. Clearing at this time is immediate.

Automatic clearing: After the alarm contact is reset, the alarm is automatically confirmed to be cleared by the system, and the alarm is cleared through the reset of the contact. Each alarm screen is only retained on its corresponding monitor for the same duration as the trigger time of the alarm contact. Once the alarm contact is disconnected, the alarm screen will automatically clear from its monitor after a 20 second delay. This method attempts to capture any momentary alarm, and once an alarm screen has disappeared from its monitor, the next alarm screen in chronological order will be displayed on the monitor.

●Can control various gimbals or high-speed balls:

The system controls the rotation of the pan tilt or high-speed ball through control devices such as decoders, and can also control the preset settings of the electric lens and high-speed ball;